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Okay, let me introduce Jeremy Willits, dentist. Dentists are wonderful because we, Julie and I,
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0:00:07 --> 0:00:[privacy contact redaction]ery and we do a lot of work with dentists and Julie has been,
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0:00:15 --> 0:00:[privacy contact redaction] non-dentist in Australia to own a dental practice, Jeremy. So she's had
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thirty-seven years of experience in the dental world and if your dental practice is not working
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well, Jeremy, then Julie's for you. Anyway, unmute yourself and you're going to talk to us not about
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0:00:34 --> 0:00:[privacy contact redaction]ry, although Sheila might have some good advice to people about what anesthetics to take
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when you are, if you don't want jabs, but that's a secondary question. Over to you, Jeremy, what
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would you like to share on climate and anything else? Okay, right, I'll just share my screen to
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start off with, oh can you switch off your, okay, yeah, can you turn sharing on, right,
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okay, let's put sharing on. Jeremy, I'm very impressed to see that you had a haircut for this
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0:01:04 --> 0:01:[privacy contact redaction] reduce you a lot down a bit. Right, okay, so I thought I'd give a
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0:01:15 --> 0:01:[privacy contact redaction]anding of the world where we are, the climate scam and the cycles as
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well behind this and the insults to our intelligence, I think, and a basically review of the lying that
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governments do to us and the supranational bodies behind them and the risk of potential
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civilizational decline that's drawing close. It sounds quite depressing, but the good thing is we
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0:01:46 --> 0:01:[privacy contact redaction]art all over again and I think that's what it's all about. So, Jeremy, just do a real
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0:01:55 --> 0:02:[privacy contact redaction]e. That's right, I don't know. So I think that says it all really, that's my view. I didn't always have this view, I
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avoided buying a house early on in our marriage right on the beach because I was worried about the
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sea levels changing, but I rapidly realized that this is just so much hocus-pocus and it's not
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0:02:17 --> 0:02:[privacy contact redaction], and there's, I put lots of slides on here, I'm gonna have to rattle through
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them quickly, but I put some slides are better than others, but there's, here we are, there's 50 years of
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0:02:31 --> 0:02:[privacy contact redaction]ions. There's another recap of failed predictions going back to the 60s.
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Oh, here's another one that we've been lied to about recently. Where did all the flu cases go to
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over COVID? Well, I found that particularly difficult. And then here's another one where
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we're told that vaccines are these saving medical interventions. Well, in fact, it's just good
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0:03:00 --> 0:03:[privacy contact redaction]umbing and sanitation, but we don't want to talk about that. So I think, you know, we
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have to, critical thinking is in decline. The teaching of critical thinking seems to be
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0:03:14 --> 0:03:[privacy contact redaction]e don't think for themselves. They'd rather look at a TV and be
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told what to think. And I find it very alarming amongst my peer group and friends how few people
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And I think, you know, the ability to change is a huge benefit for all. Now, this is the thing that
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really got me going back in the year 2000. So here we are as your classic climate graph, which is
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showing, you know, the temperature increasing with, perhaps it might be due to CO2. And this is
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0:03:50 --> 0:03:[privacy contact redaction]ually, this isn't the real data. That's the real data. And they changed it.
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0:03:58 --> 0:04:[privacy contact redaction] 2000 is the graph. Pre 2000 was that graph. And I'll just flick it backwards and
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0:04:03 --> 0:04:[privacy contact redaction]s for you. So this really got my hackles up. So in other words, they're cooking the books.
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And every single climate model you see on the planet is that it's just a model. And we all know
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0:04:14 --> 0:04:[privacy contact redaction] models don't work. We've had Ferguson's model for the deaths from COVID. I mean, it's just
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0:04:25 --> 0:04:[privacy contact redaction] piece of rubbishy code you could ever imagine. You know, a child would have written it.
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It was like something out of a computer game. It was absolutely useless code. And they almost
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bankrupted the nation on the back of that code. And anyone associated with that should hang their
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0:04:43 --> 0:04:[privacy contact redaction]s, here we have a graph of CO2 and temperature for the last
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600 million years. If anyone can show that there's a correlation between temperature and CO2 there,
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I'd be very well impressed. This is a geological time period. And as you can see, the one thing
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that you can see is there, there is a downtrend line in CO2. 600 million years ago, it was at
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6,000 parts per million. Now we're down to about 400. And in the last cold period, it has got very
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low indeed, which is quite concerning. Here's another period, another graph, the same information,
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0:05:26 --> 0:05:[privacy contact redaction] showing you CO2 concentration alone. And we look at the Earth's temperature in relation to
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CO2. And one of the things you'll see there is the lowest period of CO2 occurred at around 180
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parts per million. And that is where all life on the planet would probably cease to exist,
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because there wouldn't be enough for the plants to survive. And so life as we know, it would cease
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0:05:53 --> 0:05:[privacy contact redaction] The other thing is if you pulled this graph out, you would actually notice that the
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0:05:59 --> 0:06:[privacy contact redaction]ually follows the rise in the ocean's sea temperature. So the temperature
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leads and then the CO2 follows. And that is another huge falsehood which is we're told.
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0:06:11 --> 0:06:[privacy contact redaction] again, we can see just the decline of atmospheric CO2 and where we are in the present
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0:06:16 --> 0:06:[privacy contact redaction], way below where we have been in the past. And if anything, you know, I'll get
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on to show you shortly that CO2 is the gas of life and we could do with doubling, tripling CO2. And
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0:06:28 --> 0:06:[privacy contact redaction] been, that would be hugely beneficial for humanity. Here's a graph from the last 8,000
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years. This is showing how temperature and CO2 seem to be pretty much inversely related. There
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isn't a correlation. This is taken from the Greenland Dome ice cores. Everything I got on
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here can be found easily. This is all, this is my, I must thank a few people here for and give a few
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citations. So Tom on the call was very grateful. He put me in touch with Ted Postal. And Ted Postal
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and I think Valentina Sarcova are two absolute great physicists who have really, really cracked
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this. And I'll mention some others later on, but the physicists of the world, the planet on the
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0:07:17 --> 0:07:[privacy contact redaction] amazing. And I think you'd really, really struggle to find any solar physicist worth
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his salt who would ever put his name down to backing the theory, present theory, global warming.
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So here again, we can see that the temperature of the world has been declining. We're actually in a
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real cool period at the moment. So they'd like to tell us that we're in a warm period. But obviously
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you can see the rise and fall of civilizations, which I'll show earlier, has occurred with the
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rise and fall of the temperature. So you can see the Minoan warm period that occurred at a certain
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period, sunspots, then the Roman warm period, then the medieval warm period. And now we are at
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another period, a slightly warm period at the moment. And what follows where we are is of real
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concern. So here we go again. This shows the concentration of CO2 against the temperature.
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And again, the CO2 level has only risen recently, in the recent period. But it's got nothing to do
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0:08:16 --> 0:08:[privacy contact redaction] before that. And so we're in a period where we're
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here again, is the longest temperature record we have, human temperature record. And this shows
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0:08:31 --> 0:08:[privacy contact redaction] and the CO2 correlated to it. And there is no correlation.
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You can see the central England temperature record is reasonably constant. We've warmed
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0:08:44 --> 0:08:[privacy contact redaction]amatically. And actually, if you actually go to the industrial
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revolution period, which is, we'd say, 1850s, yeah, it was rising, but it rose a hell of a lot
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0:08:56 --> 0:09:[privacy contact redaction]er before that than it has since. So again, you can't really correlate CO2 and temperature.
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Now, one of the things that's really interesting, I have friends that tell me that the Greenland
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ice sheets melting and so on, I'll not be inclined to agree with them. But one of the things they
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don't talk about is the movement of magnetic pole. So the polar shift there, there's a little map
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for you. You can see how much it's moved. It's moving at about [privacy contact redaction]s
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Siberia. And it looks like it's continuing to do so. But again, that's not talked about. But that's
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0:09:28 --> 0:09:[privacy contact redaction] And they could talk about the glaciers receding in Western
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Canada. And of course, this may have a lot to do with it. Now, we've been told that there's a climate
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apocalypse occurring. And I'm going to go through some of the apocalyptic scenarios they've told us.
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0:09:53 --> 0:09:[privacy contact redaction] lying again. So polar bears, they're the icon of the
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movement. We've all seen that destitute polar bear. But in fact, the polar bear population
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was at real risk in the 50s and 60s. And the population has increased dramatically
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0:10:14 --> 0:10:[privacy contact redaction] 30, 40 years, or 50 years. So the population now is between around 30,000.
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I've seen numbers, this one's saying up to 50. So I've seen numbers around 30. Al Gore was born when
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there were only 7,000 polar bears around. And now there are about 26,000, which I thought that was
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quite an amusing slide. The next one is the chronic heat. Well, the hottest temperature in the
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mainland US, the period of peak temperatures was in the 1930s. And this has actually been removed
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0:10:47 --> 0:10:[privacy contact redaction]s now. They keep on lowering the temperatures there and raising the temperatures
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0:10:52 --> 0:10:[privacy contact redaction] 1990. And that's a falsehood. Then if we go around and look at the actual acreage of fires
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burnt in the US, you'll see there, but back in the 1930s, when the temperatures were extreme, we had
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the acreage burnt was far, far higher. But actually, you'll see this small insect graph.
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This is a graph from the 80s to the present day. And they have distorted the data. They have made
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the y-axis longer. So it looks like there's a steeper increase. But actually, if you look at
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the real long-term graph over 100 years, there's actually been, it's reasonably constant. There
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0:11:31 --> 0:11:[privacy contact redaction] fires, and now there are less. And if you look at it on a global basis,
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this has been reducing considerably for some time. So carbon dioxide has gone up,
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0:11:44 --> 0:11:[privacy contact redaction] gone down. Moving on, oh, we're telling that all the species are dying out.
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Again, another falsehood. So let's go and examine this. This is telling us all the
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0:11:56 --> 0:12:[privacy contact redaction] occurred. And a graph like that would suggest is there's loads and
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0:12:01 --> 0:12:[privacy contact redaction]ions occurring now. But actually, that's a falsehood as well. Most of the extinctions
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0:12:06 --> 0:12:[privacy contact redaction]oration, especially when the Westerners visiting islands
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0:12:13 --> 0:12:[privacy contact redaction]ralia and introducing feral animals such as cats and dogs and weasels
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0:12:19 --> 0:12:[privacy contact redaction], the rate of decline and the rate of extinctions has been declining
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0:12:31 --> 0:12:[privacy contact redaction] few years. So you can see that actually in the 2000s now,
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we're at probably the lowest rate of this extinction. So there goes old Greta's claim again.
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So how dare she, not how dare the rest of us. And then we're told about extreme weather deaths.
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Actually, it's cold as the killer. And warm is good. More people die of cold than they ever die
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of warm. And this is extreme weather deaths. And they've been declining as well over the last
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100 years. And that's through human endeavors. So despite some of the worst, some very bad hurricanes
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we've had recently, they didn't kill many people compared to 100, 200 years ago.
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So now apparently, climate change, the good thing about climate change is the CO2's level
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0:13:19 --> 0:13:[privacy contact redaction]ually is good for plants. Plants grow faster. And they actually retain more
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0:13:26 --> 0:13:[privacy contact redaction]ure and fertilize the soil more. You wouldn't believe that apparently
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0:13:31 --> 0:13:[privacy contact redaction]e don't realize is actually how much CO2 in the atmosphere there is
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and the whole of the whole atmosphere CO2 makes up 0.04%. So it's a tiny, tiny part of the atmosphere.
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0:13:47 --> 0:13:[privacy contact redaction]e don't know, and you ought to maybe question yourself, I ought to do a
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raise hands scenario, but we won't. But actually all of human activity is only responsible for a
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maximum 6% of all CO2 in the atmosphere. The bulk of the CO2 is released by the warming of the oceans
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from the sunlight and the other part is from decaying biomass. And so this idea that
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humanity is responsible for really the bulk of CO2 in the atmosphere is a complete fault set.
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And it needs to be junked. Here we are. Now the other thing is CO2 is actually,
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virtually reached its saturation levels. And you can listen to people like Will Happer who
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did a lot of work on the saturation of CO2 and the effect on the upper atmosphere.
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And basically we can double CO2 now, or triple it, and it really will have very,
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0:14:49 --> 0:14:[privacy contact redaction] on the warming of the planet at all. And anyway, it doesn't matter what we do,
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we're going to have no effect on the warming of the planet whatsoever. The planet's going to warm
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and I'll show you why. And it's going to warm for the next five to six hundred years. And we're a
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0:15:04 --> 0:15:[privacy contact redaction]ete irrelevance. So let's have a look. So what has happened with the increase of CO2? Well,
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the increase of CO2 has been good for us. You'll see there's a direct correlation. We've had an
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increase in temperature and increase in crop yields. So as the population has increased,
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we've been able to feed a lot more people. And if we keep on increasing the CO2, we will
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continue to increase crop yields and we will continue to be able to increase and feed more
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0:15:30 --> 0:15:[privacy contact redaction]t have been wrong all the time and they continue to be
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wrong because they don't allow for human ingenuity. And that's why they're such a bunch of idiots,
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0:15:44 --> 0:15:[privacy contact redaction]s, this is one of the best graphs. So this has been the effect of the increase
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0:15:50 --> 0:15:[privacy contact redaction]ed years or so. And here you can see the increase of biomass on the planet.
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0:15:57 --> 0:16:[privacy contact redaction]ually greened. This is the complete opposite of what you said. You know,
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plants are growing in the Sahara, in southern Sahara, everywhere. The amount of biomass is
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increased. And that's a very good graph. This is a graph from the CSIRO and you can follow this up
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yourself. Again, another lie. You know, here we are just showing where we are at the present global
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temperature. So we're actually still pretty cool here, certainly compared to the medieval period.
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So I'm sitting here and cold in the kitchen. I could do with a bit more warming at the moment.
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You know, you have to sort of, the only time the general population actually even think about it
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0:16:43 --> 0:16:[privacy contact redaction] And I think this slide is well placed because
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0:16:50 --> 0:16:[privacy contact redaction]ually did sit down and examine what's being the narrative in front of them,
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they would really be quite sickened by how they're being lied to. So let's examine the IPCC and see
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what they're doing. So the IPCC, you know, they are a terrible organization. They actually produce
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the SPM, which is what they call all the governments follow. It's called the summary
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for policy makers. And they pursue produce that document in the early 1990s before they had the
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data. And that says everything. It means the IPCC document is purely a political document.
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0:17:28 --> 0:17:[privacy contact redaction]ual numbers. And the best person to review on all this is
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0:17:36 --> 0:17:[privacy contact redaction] Tim Ball, who sadly died last year. And he sued Michael Mann. He
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called Michael Mann's graph a pack of BS and Michael Mann sued Tim Ball and Michael Mann lost
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because it's rubbish. And Michael Mann has done it again recently. He's sued one of the radio
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presenters in the US. I think it's Stein and he's lost again, apparently, but not in the
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0:18:02 --> 0:18:[privacy contact redaction]ream media. We wouldn't want to draw attention to that. So the IPCC agrees that
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temperatures are unusually cool at the moment. So how can they tell us that we've been warming
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for all this time? Now they say actually hurricanes, we can't say hurricanes are
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worsening. They admit it's with low confidence. What's the other one? Oh, tornadoes. Tornadoes
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aren't getting any worse either. So another lie. And then sea levels rises. So sea level rise has
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been going on approximately. You can see that about three or four millimetres a year. And it's
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going to continue to do that. And some of the sea level rise is obviously easily accounted for just
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by movement of the Earth's crust and the movement of mountains and the plate tectonic plate activity.
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So I really don't think that's an issue either. Going forward, you can plot the rise and fall of
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civilisations by the output of the sun. And this is what we're going to be moving on to next. So
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you can see the Minoan warm period, then the Great Dark Ages, then the Roman warm period,
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then the European dark age and the medieval warm period, and then the Little Ice Age,
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which is the Monda minimum. And then finally, we're coming back out of the Monda minimum,
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finished at the late 1700s. And we've been getting warmer, luckily, since then.
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And obviously, because we've been coming out of warm periods, you'll have noticed that a lot of
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0:19:36 --> 0:19:[privacy contact redaction] been retreating in the Alps and in the Rockies. And that's nothing normal. They'll
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grow again. One of the things that we know we have people who travel to Greenland routinely,
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as the ice sheet recedes in Greenland, they are finding not only they're finding trees,
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0:19:59 --> 0:20:[privacy contact redaction]umps of trees, so [privacy contact redaction], they're finding
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0:20:05 --> 0:20:[privacy contact redaction]e obviously live there. And even more astounding, they are finding bodies,
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but the bodies aren't on the surface. The bodies are buried in graves. And so to be buried in a
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0:20:16 --> 0:20:[privacy contact redaction] in that area, they're in the permafrost. So therefore means that area was a lot, lot warmer
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earlier again. So here we go. That's another just another recap. And you can see that we're
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actually in a cool period here at the moment. We're just coming out of a cool period,
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luckily for us. Now, how does that relate to everything that's going on? If CO2 doesn't have
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0:20:44 --> 0:20:[privacy contact redaction] anything to do really much with the weather, what does? Well, it's obviously the
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big yellow thing in the sky. We all call the sun. And the sun isn't static. They assume the sun is
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static, but it doesn't. It moves. And the sun has cycles as well. So just as you've seen the cycles
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in civilization, those cycles in civilization are actually driven by the sun cycle. And the sun has
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a long, a short cycle, an 11 year cycle, a grand solar cycle, which is 350 to 450 years,
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and an even longer cycle, which is about 1,850 years. And you get superimposition of these
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cycles. And then on top of that, the sun cycle also has a sunspot cycle. And this is what we're
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starting to realize here. And I'm showing here. So this is a graph of the sunspot cycles. And
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you'll see we are in a bear market for sunspot cycles. And we've just had a recent peak in the
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sunspot cycles in 23, 24. And we're going down again. And we're going to go down seriously in
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the 2040s, 2050s going to, I think, our solar cycle 27. So we can expect to start from the 30s,
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I think, maybe even sooner, start to get a lot colder. And actually, I think we're going to get
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a lot, lot colder this year. It looks like this winter in the North America will probably be one
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0:22:05 --> 0:22:[privacy contact redaction] So you can quote me on that. I haven't had time to put all
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the slides in that I'd like to for you, but I only have limited time to get this prepared.
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Now, what's the effect of this? Well, as the sun cycles decrease, so the jet stream becomes affected.
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0:22:26 --> 0:22:[privacy contact redaction]ream, which we used to recently, we're now starting to get
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giant, let me just go through this. Yeah, I'll go on to that. And we're seeing this because this is
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where I live. I've never seen the aurora borrower. So in little sweet jersey earlier this year,
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0:22:55 --> 0:23:[privacy contact redaction]ream come down and look what happened. We got this from our house,
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0:23:00 --> 0:23:[privacy contact redaction] amazing. So in my 60 years, I've never seen this before, but this is my first time.
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Now, what happened in the Mourner minimum? So this is very relevant to where we are at the moment.
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So you can see from this graph that in the Mourner minimum, the whole of Siberia, Northern Europe,
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and North America are much, much colder. And we had things like the Thames freezing over,
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the Netherlands froze recently, and the Alpine glaciers extended far, far further. Well,
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obviously since the Mourner minimum, we've been warming up and therefore you'd expect the Alpine
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glaciers and the rocky glaciers and the Greenland ice sheet to pull back. And that's what we've seen.
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So here's a little pictorial graph just of the warm periods and the cold periods. So you can see
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our current warm periods. So we've got the Mourner minimum, the Dalton minimum, 1880 to 1915.
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There's the 1930s, which was the highest periods, the warmest periods with the highest extreme
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temperatures in the US. Then we had the 70s. I don't know if any of you are old enough to remember
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0:24:17 --> 0:24:[privacy contact redaction] Nimoy on the front of Time magazine predicting, you know, we're going to be freezing.
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Well, that was why in the 70s. And then at the end of the 70s, we suddenly started to get warm again.
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And here we are, we've had a little bit of a warming period with the latest solar cycle.
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Now, Valentina Sarkova, who's a physicist in Newcastle, she's an amazing physicist and she
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did some amazing research and built a model of solar inertia motion. And this is her model.
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And this is the observations of the sun cycles. And basically, she seems to have cracked it.
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And both her, Ted Postol does a great review. And I must thank Tom Rodman for
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finding me a lot of this material. And another Danish scientist who I come to shortly,
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really deserve a huge amount of praise and validation and recognition for what they've done.
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So the sun has a cycle and we can see the cycle. So we are just coming to the end of cycle 25 now.
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And we're back to drop off a cliff, unfortunately. And you can see the sun cycles here every 11 years
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or so. And you can see why we're, you know, we've got a bit warmer in the 80s. I think everyone will
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remember 1976 when it got particularly warm in the UK and the sun cycles keep advancing.
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Now, where are we in the big scheme of things? We are right here. And this is really,
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really, really worrying because it means we're going to go here. So solar cycle 26
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is going to be a really, really cold cycle. And that's where we're heading. And I have grave
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concerns for everyone and the population of the planet because if we do go into the super cycle,
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this will mean we'll have some extreme temperature variations and food reduction will be therefore
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0:26:14 --> 0:26:[privacy contact redaction]ed. And the reason this is relevant, so we've got the 11 year cycle and in cycles,
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0:26:19 --> 0:26:[privacy contact redaction]ive interference. So here you can clearly see
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0:26:24 --> 0:26:[privacy contact redaction]ive interference because we've got a 350 year cycle coinciding.
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So we're going to have a modern minimum coming up shortly. So what does it look like when you
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got to say a Monde minimum? Well, that's a good picture of either the Thames or Holland
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0:26:41 --> 0:26:[privacy contact redaction]e skating. So that's what we've got to look forward to.
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0:26:45 --> 0:26:[privacy contact redaction] concerns about this area just here. So it looks like going to get cold. And is
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there an indication that it's happening? Well, yes, it's starting to happen. So they had snow in
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Africa in the desert not long ago. The other thing that's a real concern as well to coincide
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0:27:09 --> 0:27:[privacy contact redaction] a decrease in solar activity, I'm going to be talking more about the
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sun shortly, but as the sun activity decreases with the solar minimums, we seem to get the
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0:27:22 --> 0:27:[privacy contact redaction]ed more with cosmic rays, we seem to get an increase
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0:27:27 --> 0:27:[privacy contact redaction]ivity. And that seems to be happening as well. And we need to
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really be having an intergovernmental panel on how to avoid disasters, not on flipping CO2.
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It's the wrong thing. Basically, when you have these periods, you can have a shortage of vegetation
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periods, and they could lead to severe food shortages. Now, this is from Valentina. And
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she's not the only person who's drawing attention to this. So I'm going to come to some of the
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world's great economic forecasters right at the very end because they look at the world in a
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0:28:03 --> 0:28:[privacy contact redaction] And they are also highlighting this grave risk and volcanic risk. So we can look here
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0:28:10 --> 0:28:[privacy contact redaction]ion, which is a computer model. And I think you really need to view
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all their computer models like everyone views AI. If you use AI, you're probably people already
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realizing that it's just a large language model. And it's just rubbish in rubbish out, it cannot
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think it can produce large volumes of data and correlates, but it cannot think it doesn't have
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that human capacity. And the problem with large models is they're basically wrong. They're always
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0:28:40 --> 0:28:[privacy contact redaction]ions has been right. And if you ask them to model things,
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they can't even model a cloud. We all know whether prediction is unpredictable. So how are they going
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0:28:50 --> 0:28:[privacy contact redaction] the whole weather of the climate when they can't predict a cloud? And they can't
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certainly can't predict a thunderstorm. And a thunderstorm carries air from the sea temperature
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up to 30,000 feet in the atmosphere. And there are tens of thousands of thunderstorms on the
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planet every day, and they can't model one. So this is just garbage. And they should they should
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fuzz up and say so. So this is their prediction. This is the actual what we're going to be going
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through. And you can see the solar cycles carrying on. And we're going to keep on warming, but I'm
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going to come to that later on and why we'll keep on warming. So there's no relation really between
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carbon dioxide and temperature. The only thing you can say is the carbon increase in carbon dioxide
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seems to lag the temperature. And that's reflected from the oceans. And all you need to do is take
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a can of beer out of the fridge. When you have a can of beer and you take it out, if you crack the
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top off, it starts to fizz. Why does it start to fizz? Because it's starting to warm up. And if you
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hold it, it'll fizz even more and the carbon dioxide comes out. So as you subject the oceans
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to more heating from the sun, not from global CO2, but from the sun, therefore you'll get more CO2
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released. And that's where we are now. So going forwards, this chap is just amazing. And they
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really, you know, I don't really have pay any attention to Nobel prizes now. But if anyone
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deserves a prize, Dr. Henrik Svensson from the Division of Socialism and Physics at the
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0:30:33 --> 0:30:[privacy contact redaction]itute really deserves it because he identified the primary driver,
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I believe, behind the formation of clouds and the heating of the planets effectively.
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Because he identified it's the fact that the background cosmic rays affect our planets. And
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0:30:58 --> 0:31:[privacy contact redaction]ts is because it's the radiation from background cosmic radiation
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hitting the Earth's upper atmosphere causes, sticks energy into the upper atmosphere,
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0:31:12 --> 0:31:[privacy contact redaction]it and causes cloud and droplet nucleation. And that's what forms clouds.
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So if the sun shrinks, then as a direct result of the sun shrinking, the heliosphere will shrink,
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which therefore means we're going to get more cosmic radiation hit the planet. If you get more
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0:31:32 --> 0:31:[privacy contact redaction]t, you're going to get more clouds. And so
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we're going to get more clouds forming, which is going to affect the temperature.
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Now, if you go on, I'm going to get come to this a little bit more. I'm just going to mention
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Valentina's Arcova again. I put up links here so you can copy and paste the links.
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Valentina has basically mapped the world's movement of the sun. And it doesn't revolve
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around the middle of itself. It revolves around something called the barycenter,
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0:32:08 --> 0:32:[privacy contact redaction]ed by the surrounding planets. So the big planets like Saturn, Neptune,
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Uranus, and Jupiter all pull the sun. And so it moves and it rotates around something called
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the barycenter. And so the sun is going to keep moving towards us for about the next
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600 years. So we're going to keep on warming regardless because of the movement of the sun
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0:32:32 --> 0:32:[privacy contact redaction]s the earth into the year 2700. And then after that, it'll start to move away.
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0:32:39 --> 0:32:[privacy contact redaction]e of what's going on. The sun's rotating in the middle.
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And the heliosphere puts out a huge magnetic field which deflects the interstellar wind.
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Now, what happens when the sun reduces its activity? Well, you're going to get more wind hitting us.
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Now, the really interesting thing is somebody stuck another cloud set up recently. And they
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actually, this is from their site. Cloud set is a first of a kind radar system that's more
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0:33:13 --> 0:33:[privacy contact redaction] radar weather. It provides a never seen before perspective on clouds.
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And it allows us to look into large cloud masses. Well, it's all really good. But if you look over
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here, clouds and aerosols affect our climate in ways we do not completely understand. Oh, so there
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0:33:29 --> 0:33:[privacy contact redaction] sentence, they tell you they don't understand clouds and they don't know how they
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form and they can't model them. So what on earth are they doing with all their other models? I mean,
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with all their other models. I mean, it's just rubbish. Anyway, so here's a pictorial image of
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what the sun's heliosphere does. And that's a good picture of it deflecting the solar wind.
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Now, what happens when the cosmic ray hits the upper atmosphere?
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You've got trace gases in the upper atmosphere. The cosmic rays come in, they hit and they start
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bouncing around. And they cause ionisation. And the ionisation causes a nucleation to occur.
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0:34:11 --> 0:34:[privacy contact redaction]ed to other droplets. And they get bigger and bigger
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and bigger. And eventually you get cloud formation. Now, why are clouds important?
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They're important because they reflect sunlight. So the more cloud formation you get,
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basically the more sunlight you're going to get reflected.
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0:34:31 --> 0:34:[privacy contact redaction]ually measure this. So this can actually be proven because when the cosmic
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rays hit the upper atmosphere, they affect beryllium and carbon. So you get, and actual
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aluminium as well. So you can measure the beryllium and the carbon, beryllium-10, aluminium-26 and
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carbon-[privacy contact redaction]ants and animals and in the Earth's crust and in ice.
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0:34:58 --> 0:35:[privacy contact redaction]ered by plants and animals and tree rings. So you can
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measure the carbon-14. And the beryllium goes into the water and the clouds. And you can measure it
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0:35:11 --> 0:35:[privacy contact redaction]es. So let's have a little look. Changes in cloud cover is the
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major physical mechanism that causes changes in the Earth's average global mean surface temperature
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in all physical theories. So the more clouds you get, the more sunlight you get reflected
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and you therefore get a cooler surface temperature. So for an example, a 5% change in the cloud
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temperature would roughly equate to a change in temperature of one degree
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in the global surface temperature. So in other words, you get feedback mechanisms from the
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0:35:54 --> 0:36:[privacy contact redaction]ification to a certain extent of greenhouse gases. Now what
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are the greenhouse gases? Well, they talk about methane and they talk about carbon dioxide, but
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0:36:09 --> 0:36:[privacy contact redaction] greenhouse gas is in fact water vapour and therefore clouds. And they can't
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even model it. So they can't model the largest driver of the greenhouse gases. So let's move
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0:36:25 --> 0:36:[privacy contact redaction]s again. So there's lots of cycles that are going on. So you've got a solar cycle and here you
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have a guy called Wolfgang Gleisberg. He noted variations in the Sun's magnetic fields which
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are reported to occur every 90 years. Now the Gleisberg cycle is really, really important because the
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0:36:46 --> 0:36:[privacy contact redaction] time we had the Gleisberg cycle, that's when we had the last dust bowl and a real period of
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0:36:51 --> 0:36:[privacy contact redaction]yness and we're due another one. It was due in 2023 but I think that's been delayed
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by the Tonga volcano which that was a subsea volcano and that put up literally tons of water
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vapour into the upper atmosphere. And I think we've been artificially warm for the past two or three
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years because of that Tonga volcano. But that effect is now passing and I think we're going to
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really find we're going to get hit by some severe cold this coming year, this coming winter.
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So here's some other slides. Not only therefore are we at risk of a cold period coming because
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0:37:32 --> 0:37:[privacy contact redaction]ion of the Sun's output and a solar minimum coming, but the problem is we also have
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0:37:38 --> 0:37:[privacy contact redaction]ivity and we're already starting to see that. So we've got a category 6
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volcano but luckily it was a subsea volcano. If we have a big one like a big caldera erupt,
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I mean that could wipe out humanity. And they are all moving. The Naples area is moving,
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0:37:57 --> 0:38:[privacy contact redaction]one area is moving and it is very concerning that we're seeing an increase
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0:38:04 --> 0:38:[privacy contact redaction]ivity around the world. Hopefully we don't have anything too bad because if one of
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these big ones goes, if we get a V6 volcano go, we'd be heading into a volcanic winter
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on top of a solar minimum and that would be very, very bad and detrimental to the whole of humanity.
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So as you ought to remember, you know, large volcanoes have affected people before and when
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Napoleon invaded Russia, he wasn't defeated by the Russians. He was defeated by a volcano
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basically because that was the year without the summer and they starved and they froze to death.
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So that was the Tambora volcano and there it is 1816. It put up so much volcanic
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activity, volcanic particulates into the atmosphere that
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it caused famine and cold across Europe and we had food riots and we could be looking at the
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0:39:12 --> 0:39:[privacy contact redaction]s. You can review all these slides afters, I can't talk about everyone.
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0:39:17 --> 0:39:[privacy contact redaction] 24, again, we had a large eruption in Peru. That was a 400-year-old volcanic
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volcano which was responsible for one of the largest volcanic eruptions in history and
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0:39:30 --> 0:39:[privacy contact redaction]arted moving again. So again, this is the cause for concern
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and again, if one of these big boys went up, it would lead to famine and crop failures in
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0:39:41 --> 0:39:[privacy contact redaction] of the world. Now, climate is very interesting because
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it's very convenient because this is why I'm sort of trying to bring climate and economics together
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now because we've got all these bad things going on and we've also got a system that's just failing
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0:40:00 --> 0:40:[privacy contact redaction] to wonder why on earth are they picking on carbon dioxide? Well,
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0:40:04 --> 0:40:[privacy contact redaction] We've got a world, an economic crisis and a sovereign debt
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crisis right in front of us and so it's very convenient if they can try and tax us a little
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bit more. So imagine a world, if you could, where people believe that the temperature of the planet
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can be controlled by giving more money to the government. That's basically what it's about.
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Now, we're entering a public debt cycle at the moment and you can't get away from it. It happens.
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It's just our time. We're living through the fall of the West at the moment. Every civilization has
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0:40:39 --> 0:40:[privacy contact redaction]s and we peaked in the late 20th century,
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early 20th century. America's had its time, it's peaking and now it's going to, the World Economic
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Center is going to move to China. It's just our time and we can't do anything about that and
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0:41:00 --> 0:41:[privacy contact redaction] been kicking the can down the road. We've been following modern monetary
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0:41:06 --> 0:41:[privacy contact redaction] of it and the debt is basically killing us. Europe, I don't know
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0:41:13 --> 0:41:[privacy contact redaction]art in Europe or Japan but it's going to start in one of those
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places and because the debt can't be kicked any further and you can already see the rush of the
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0:41:23 --> 0:41:[privacy contact redaction]y because they can't pay their debt anymore. No one wants
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to buy British debt, no one wants to buy French debt. They've already come out, the finance
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0:41:38 --> 0:41:[privacy contact redaction]ers of Europe and France saying that oh we might need a bailout from the IMF. It's basically
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because no one's buying their debt. The Japanese are different because the Japanese are buying the
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Japanese debt so they're slightly, they've got to wave with it for a little while and it's all
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internalized but the Europeans, they can't kick the can anymore and so what on earth is coming in
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front of us you're asking. So well this is all predicted because there are cycles and on here
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I've also put reference to Martin Armstrong who discovered the economic confidence model and just
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0:42:11 --> 0:42:[privacy contact redaction] a pi cycle and an 8.6 year cycle, a 51 year cycle and a 309
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year cycle and then a 1075 year cycle and the reason I'm bringing this to your attention is
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because obviously all cycles you can get constructive and destructive interference and unfortunately
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all these cycles are coinciding the year 2032 and that therefore means we're going to be going
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through basically a period of civilizational change. Just as the Roman Empire peaked
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with the Roman warming and with their own cycle, Armstrong realized that they had public and
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private cycles and a private cycle, we're in a private cycle at the moment and we're coming
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in the end to an end of it and this is when people, you know, this is all the gentlemen prefer bonds
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and at the moment we're in a cycle where everyone's buying private assets so we're in a commodity
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bubble at the moment before that was a not a commodity bubble, we're not in a bubble,
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we're in a commodity cycle before that we had the real estate cycle and so on and so forth
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and this is where this all happens so you can see here's this is the economic confidence cycle
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and you can see how you had the takeover boom in the 80s where you could buy a company,
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split it up and sell it and make a lot of money, the best person about Charles will know was
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Alan Bond and now we're coming through these cycles now and we're peaking to the end of this
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period so everyone basically is going to be dumping their debt and they're going to be buying
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0:43:54 --> 0:44:[privacy contact redaction] from debt from public debt and the public part of the
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economy. Why is this significant? Because we're heading into the next great fall and the rebirth
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of civilization on societies, we know it, it's nothing to be, I don't think you should be afraid
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of it, it's just a change, we're living through history and we should embrace it and we get to
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start again so all of this madness that we've seen with COVID and the WEF and all these
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supranational bodies they're all going to crash and burn, they're not going to survive because
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the public won't put up with it. I think what they are trying to do is try to steer
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0:44:33 --> 0:44:[privacy contact redaction]eer us in a new form of society and that's what we have to fight and that's what we have to
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be ready for. Yeah that is the end of my presentation, there you go. So that's
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quite a lot to get through but I wanted to try and link climate, the changes in climate,
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to the changes in civilization and where we're going. The only thing I'd probably like to put
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0:44:59 --> 0:45:[privacy contact redaction]ually, let me just go back to my slideshow, there we are, I'd like to
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0:45:09 --> 0:45:[privacy contact redaction]e of slight places you can go to. The CO2 coalition are amazing,
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0:45:16 --> 0:45:21
what they've done that's Will Happer, John Clauser who won the Nobel Prize for Physics in
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0:45:21 --> 0:45:27
22 or 23, he was going to give a talk to the IMF and tell them that there was no such thing
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0:45:27 --> 0:45:32
as a climate crisis and there never could be and rather than listen to him they de-platformed.
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0:45:33 --> 0:45:40
The founder and president of the CO2 coalition, I've nicked many of their slides, I have to give
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0:45:40 --> 0:45:45
them credit to them, I have to give credit to climate at Delance, that's another great slide,
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0:45:45 --> 0:45:[privacy contact redaction]le, to Valentina Sarkova, Hack It Financial, they are superb,
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0:45:56 --> 0:46:00
because it's one thing to see all this, it's another thing to understand the implications
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0:46:00 --> 0:46:[privacy contact redaction] yourself, so I'd strongly recommend people look
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0:46:05 --> 0:46:11
at Sean Hackett's work, I'd read Conservative Woman, they're very vulnerable, I'd read Armstrong
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0:46:11 --> 0:46:17
Economics every day, I'd read Jerry Brady, he's a real, all these people they are, they question
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0:46:17 --> 0:46:23
everything they are, critical thinkers of the 10th order, they're all amazing people and the quality
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0:46:23 --> 0:46:29
they work with, the work they put out is exceptional and Jerry is you know one of us and his work is
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0:46:29 --> 0:46:34
amazing and they all come at things from different angles but they all basically get to a similar
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0:46:34 --> 0:46:40
conclusion. Another huge resource I found from an investing point of view is this website which is
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0:46:41 --> 0:46:46
Rosen, Craig and Grozen, it just talks about where we are and the final one I'd say sorry I haven't
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0:46:46 --> 0:46:57
put it up is Elliot Gough and the income advisor publication, they're all superb, let me see
436
0:46:59 --> 0:47:05
yeah so there I've tried to cite Valencia Sarcova so you can look her up, Theodore Postle,
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0:47:06 --> 0:47:13
who else I got there, let's go back, oh the other one you should all look at is Tom Nelson, I think
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0:47:13 --> 0:47:20
that's what that one is for, Tom is, yeah they are the Tom Nelson podcast, everything I've learned,
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0:47:21 --> 0:47:[privacy contact redaction]arted in the year 2000 being a cynic really, realising I was being lied to,
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0:47:27 --> 0:47:[privacy contact redaction] and I've always followed the physicists, I've always listened to them but
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0:47:32 --> 0:47:[privacy contact redaction] is great, he's interviewed so so many great physicists and just ordinary people
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0:47:39 --> 0:47:45
like myself who've drawn their own conclusion and gone off and done their research so as a
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0:47:47 --> 0:47:55
source of information it's fantastic so I hope you find that helpful and I'm happy to talk to
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0:47:55 --> 0:48:06
anybody now, wonderful, Jeremy good job you did that very well in in um
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0:48:08 --> 0:48:20
47 minutes, excellent overview and turn your speaker up, speaker, yeah I've got it up yeah I
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0:48:20 --> 0:48:26
can hear now, good, is that you Dave Collum, you're looking a bit different with your space
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0:48:26 --> 0:48:[privacy contact redaction] we hand, his hand was up first and then we'll do Dave Collum, Stephen
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0:48:33 --> 0:48:39
unless you've got a couple of questions first please, Jeremy thanks so much for speaking to
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0:48:39 --> 0:48:47
us about this and it's great that you're citing the evidence and giving credit to these people
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0:48:47 --> 0:48:54
who've informed you but why do you think that they kind of persist with or try to persist with this
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0:48:56 --> 0:49:02
and why would they choose something that's so not even true you know they're actually trying to say
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0:49:02 --> 0:49:07
well this is man is responsible for the global warming when we're actually cooling is that right?
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0:49:08 --> 0:49:12
Yeah well no we're an irrelevance, we're not an irrelevance I mean I must say I mean it's great
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0:49:12 --> 0:49:[privacy contact redaction] on here as well because he's a huge influence, I had great great pleasure driving
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0:49:19 --> 0:49:[privacy contact redaction]ening to, educating one of my sons, we listened to his whole conversation on
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0:49:24 --> 0:49:[privacy contact redaction] and he was hilarious, yeah Dave Collum's a good um
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0:49:31 --> 0:49:39
yeah very good at ranting, yeah so I was um I'd call it education with a smile but it's
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0:49:39 --> 0:49:[privacy contact redaction]e to think critically so I mentioned him earlier on I think one of the greats in this
459
0:49:45 --> 0:49:[privacy contact redaction] Tim Ball and he as a man of great integrity who took the took the difficult path
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0:49:53 --> 0:49:[privacy contact redaction] decided to bough out of client scientists and not to not take the path he did
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0:49:58 --> 0:50:04
but he said no and he fought them and it cost him both financially and professionally I think and
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0:50:04 --> 0:50:10
he unfortunately died a year ago I think it wasn't um Dave but he wrote a great book and I'm sorry I
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0:50:10 --> 0:50:15
need to put it in here so it's called the deliberate corruption of climate science and it's it it
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0:50:15 --> 0:50:21
wanders a little bit but it's a superb work and everyone should reread it because it documents
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0:50:21 --> 0:50:27
and you've got all the croft fresh references all the all the citations and it documents everything
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0:50:27 --> 0:50:[privacy contact redaction]s you know it documents these individuals like Maurice Strang
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0:50:33 --> 0:50:[privacy contact redaction]s and socialists who worked in these supranational bodies to
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0:50:39 --> 0:50:46
basically compromise our civilization I believe I think and at the end of the at the end of the day
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0:50:46 --> 0:50:53
they're all they're either Malthusians or they are socialists and they just seem to be power
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0:50:53 --> 0:50:59
crazed individuals they don't value the power individual they value the power of governments
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0:50:59 --> 0:51:[privacy contact redaction]itutions over humanity I can't um work out why they want to do it but they're
472
0:51:06 --> 0:51:[privacy contact redaction] psychopaths I guess but Tim Ball's book is brilliant and he documents the whole thing
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0:51:11 --> 0:51:[privacy contact redaction] in a really good timeline and I wish you could have all listened to him speak I
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0:51:17 --> 0:51:[privacy contact redaction]e of times and it was a great privilege so yeah and um yeah Dave I mean
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0:51:23 --> 0:51:31
he's a great me did you look into um so I have one question um so um are you aware of uh the
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0:51:31 --> 0:51:37
Russians allegedly hacking into the computers of University of East Anglia I don't know whether
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0:51:37 --> 0:51:42
that's true or not but I heard it um I just I just know you that you know that the University
478
0:51:42 --> 0:51:[privacy contact redaction] Anglia lied and they've made all their stuff up and they just really have that whole
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0:51:47 --> 0:51:53
department should be shut down it's a natural disgrace but one person one person allegedly um
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0:51:53 --> 0:51:58
resigned over that um and that was Professor Stephen Jones as I remember do you know anything
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0:51:58 --> 0:52:03
about that guy no I don't know but Tim Ball spoke about it I mean but you know I'm sure there's a
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0:52:03 --> 0:52:[privacy contact redaction]e there trying to do a lot of good they believe this narrative but it's it's like
483
0:52:07 --> 0:52:[privacy contact redaction] one of the the whole green agenda is one of the biggest misallocations of capital in
484
0:52:13 --> 0:52:[privacy contact redaction]ory and we're going to suffer suffer for it hugely and you know you see it in you know
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0:52:18 --> 0:52:23
another another classic you know so this is climate all the green energy stuff I mean I'm meant to put
486
0:52:23 --> 0:52:[privacy contact redaction] um about I'll put it in afterwards actually for you just the cost of
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0:52:28 --> 0:52:[privacy contact redaction]ion of a whip of a large turbine it will never ever ever pay for itself it's an impossibility
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0:52:35 --> 0:52:[privacy contact redaction] because they don't they don't put in the transmission costs they don't put in the build
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0:52:39 --> 0:52:[privacy contact redaction]s they don't put in the 3 000 to 5 000 tons of cement they don't put in the mine costs the rare
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0:52:45 --> 0:52:[privacy contact redaction] and the and the thing needs to be oils as well so you know it's just garbage science
491
0:52:52 --> 0:52:[privacy contact redaction] it's never going to work and and and solar are questioned
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0:52:58 --> 0:53:02
as well I mean the Chinese are hedging their bets they're building loads of these things but they're
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0:53:02 --> 0:53:09
certainly if solar and wind really worked really well why are the Chinese opening two power
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0:53:09 --> 0:53:15
coal-fired power stations a week you know there's your answer and they don't use the wind turbines
495
0:53:15 --> 0:53:[privacy contact redaction] about all of them well I don't know I don't know there's um Jerry will
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0:53:22 --> 0:53:26
put us right on this but there's that large um Danish company but you just look at their share
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0:53:26 --> 0:53:31
price it's just fallen off a cliff no one's buying wind turbines everyone knows it doesn't work
498
0:53:32 --> 0:53:[privacy contact redaction]arts with a v jeremy okay thank we'll keep moving because we're at and we're up in 15
499
0:53:39 --> 0:53:[privacy contact redaction] then Dave well we don't have to follow the okay yes we do
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0:53:47 --> 0:53:54
and okay thank you it was really great to hear you Jeremy I kind of followed you and you have
501
0:53:54 --> 0:54:[privacy contact redaction]ars like me and I I noticed you you didn't mention the name of uh Piers Corbin the
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0:54:04 --> 0:54:09
brother of Jeremiah Corbin oh yeah there's just too many great scientists out there I mean yes
503
0:54:09 --> 0:54:[privacy contact redaction]s there's so many it's the physicists you have to listen to but they've all
504
0:54:13 --> 0:54:[privacy contact redaction]onewalled he's quite a star let's say he had this idea with this uh just three movement
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0:54:22 --> 0:54:31
with the lower magnetism of the earth or the sun let's say so so and then in the 30s a lot of people
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0:54:31 --> 0:54:41
are not knowing this because it's been stonewalled and earns back a german scientist he found
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0:54:42 --> 0:54:51
a lot of data proving that it was higher co2 in the late 30s and the top was in 1942 it is higher
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0:54:51 --> 0:55:[privacy contact redaction]rage parts per million connecting to what Jeremy will showed about the
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0:55:02 --> 0:55:10
high temperatures in the 30s so there is a correlation in short term with the co2 to the
510
0:55:10 --> 0:55:18
temperature but it it kind of dies off with the law of henry henry let's say the thermodynamics
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0:55:18 --> 0:55:25
it goes down into the sea in four to six years so in the long term it doesn't show up because
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0:55:25 --> 0:55:32
it is dying off in short term and this can be verified with the c12 and c14 let's say carbon
513
0:55:33 --> 0:55:[privacy contact redaction]ion we don't need your presentation what's the question yes so so what
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0:55:40 --> 0:55:49
is your response to what i'm saying now that i'm afraid that the situation in the next 15-20 years
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0:55:50 --> 0:55:56
you refer to the fall of the temperature which is predicted by valentine sarkova
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0:55:57 --> 0:56:06
which is very likely i would say but the other factor which is behind the increase of food
517
0:56:06 --> 0:56:[privacy contact redaction]ly linked to co2 but it's linked to pesticides and fertilizers which is
518
0:56:15 --> 0:56:[privacy contact redaction]ion what is your comment to that yeah i mean obviously they have a
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0:56:22 --> 0:56:29
huge increase as well you know fertilizer use and pesticide use obviously as you know the
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0:56:30 --> 0:56:35
mechanization the farming has a massive increase you know the number of people involved in farming
521
0:56:35 --> 0:56:[privacy contact redaction] negligible compared to what it was in the 30s so yeah that's had a huge effect as well
522
0:56:40 --> 0:56:[privacy contact redaction]ainable that is i don't know in especially that's that's that's
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0:56:46 --> 0:56:50
thank you anders that's what we have we don't have a climate emergency we have an environmental
524
0:56:50 --> 0:56:[privacy contact redaction]ion of our soils yeah and you'd shine a good light on that and it's
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0:56:56 --> 0:57:03
very important that's why that book in the 1980s called from soil to psyche and doctors get zero
526
0:57:03 --> 0:57:08
training on nutrition and so all of there are many experts here on nutrition in this group
527
0:57:08 --> 0:57:13
and that's what sheila was talking about jeremy the quality of the food that you put into your
528
0:57:13 --> 0:57:[privacy contact redaction] on your thinking ability so wakey wakey everybody okay dave colum you're next
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0:57:21 --> 0:57:28
then marv i i tried a lightning round these first of all i'd like to apologize as a member of a
530
0:57:28 --> 0:57:[privacy contact redaction] let you guys down you should put me on a nice slow and send me off
531
0:57:36 --> 0:57:43
i've gotten a global brawl that kind of got distracting sheila i have a metaphor for you
532
0:57:44 --> 0:57:49
think of organism rather than as a thing but as a great barrier reef i think is
533
0:57:51 --> 0:57:57
yeah really really good i've read your comment i didn't know if you'd see it because i can't read
534
0:57:57 --> 0:58:[privacy contact redaction]ed for eight years it worked really well for me and you get used to it
535
0:58:02 --> 0:58:[privacy contact redaction]op getting hungry until dinner time and things like that um the there's one theory of
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0:58:08 --> 0:58:15
what happened in in covid which i can't shake is the idea that that that they actually used
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0:58:16 --> 0:58:22
covid as an excuse to put the global economy into an induced coma because it was there was evidence
538
0:58:22 --> 0:58:[privacy contact redaction]etely nuts and i just wanted to keep that on the on the radar
539
0:58:28 --> 0:58:34
thomas curs is a guy who who did a nelson podcast he's got a book coming out it might be the best
540
0:58:34 --> 0:58:38
book of them all when it finally comes out i don't even know the title yet i'm not sure he's picked
541
0:58:38 --> 0:58:[privacy contact redaction]s none of them think the climate story is worth a damn um the overt
542
0:58:46 --> 0:58:51
lying in the field is horrific it's not just michael mann and there's not just a few culprits
543
0:58:51 --> 0:58:57
it's they just lie their ass off and the question is why it's about it's about trillions of dollars
544
0:58:57 --> 0:59:03
and and control the population there's got to be one some combination of those two there's a punch
545
0:59:03 --> 0:59:09
line coming here in a second but uh i think the polar shifts the polar the magnetic pole shift
546
0:59:09 --> 0:59:[privacy contact redaction] it could be very important and catastrophic um there's a there's
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0:59:16 --> 0:59:21
one thing you and i think we are going into a fourth turning in an economic disaster there's
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0:59:21 --> 0:59:30
one thing you missed and that is about two weeks ago bill gates muttered that climate change isn't
549
0:59:30 --> 0:59:35
what we thought it was and you can say maybe that's just bill he got stoned or something and muttered
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0:59:35 --> 0:59:42
i don't think so i think what that was is the first shot across the bow that says oh oh oh
551
0:59:42 --> 0:59:[privacy contact redaction] of ai because of all the energy consumption of ai
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0:59:49 --> 0:59:54
and as a consequence i think they're going to say oh never mind the climate change we need to burn
553
0:59:54 --> 1:00:00
a lot of coal and a lot of natural gas a lot of everything to uh to to to do our next big scan so
554
1:00:00 --> 1:00:06
keep your eyes on that i don't think gates's utterance was was random and spontaneous i think
555
1:00:06 --> 1:00:[privacy contact redaction] shot across the bow nice talk i agreed with everything you said
556
1:00:12 --> 1:00:15
that's a worry that's amazing that's a worry
557
1:00:15 --> 1:00:24
all right thank you because we're close to time so thank you dave marvin is next and then for those
558
1:00:24 --> 1:00:32
with unlimited time you can go to tom rodman thanks dave marv hey jeremy i i'm going to ask
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1:00:32 --> 1:00:[privacy contact redaction]osion of human population has occurred because of this
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1:00:40 --> 1:00:47
you know the canada ice shelf it melted and that cold fresh water rushed out into the north
561
1:00:47 --> 1:00:55
atlantic sinks because it's i forget whether i think it's more dense and it created this current
562
1:00:55 --> 1:01:[privacy contact redaction]s the whole planet and this has created an air conditioning
563
1:01:04 --> 1:01:[privacy contact redaction]abilized and that's why humans have exploded our population has been controlled for the
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1:01:12 --> 1:01:19
200 000 or is it two million years we've been here but in the last 10 000 years now we've got
565
1:01:19 --> 1:01:27
to nine billion or whatever it is well anyway my point and my question is why we focus on what's
566
1:01:27 --> 1:01:36
happening on the land i mean it is a tiny i mean if you look at the arable land it's a tiny fraction
567
1:01:36 --> 1:01:42
of what's happening the average depth of the oceans is three miles yeah that's what's happening on the
568
1:01:42 --> 1:01:49
planet what the hell we're doing on the land has nothing to do so anyway i like your point about
569
1:01:49 --> 1:01:57
the sun that's obviously significant but this behavior of the oceans the deep oceans
570
1:01:58 --> 1:02:04
and we don't talk about that at all i mean that's our so anyway i want to know if you are aware of
571
1:02:04 --> 1:02:10
that oh yeah i mean i i put this together in about two hours i mean i could talk about agriculture i
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1:02:10 --> 1:02:14
could talk about the the ocean oscillations i've got loads of information that you just can't put
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1:02:14 --> 1:02:19
it all in there and i sort of wanted to try and link it all together a little bit for you
574
1:02:20 --> 1:02:23
yeah no you're absolutely right i mean the sun is the big driver though that's it's
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1:02:23 --> 1:02:29
you know the uh there's a great on tom nelson again you can listen to lord christopher moncton
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1:02:30 --> 1:02:37
he did a great talk recently and i again i'd encourage everyone to listen to that i don't
577
1:02:37 --> 1:02:[privacy contact redaction]'s still on the call but if he hasn't listened to it he really should do because he he
578
1:02:42 --> 1:02:[privacy contact redaction]n't actually had time to watch i've listened to it but i wanted to go
579
1:02:46 --> 1:02:53
through the physics and go through the calculations because he you know the work that will have has
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1:02:53 --> 1:03:01
done on co2 saturation and then you know the christopher moncton goes on about the laws of
581
1:03:01 --> 1:03:[privacy contact redaction]ease uh the laws of thermodynamics and basically the fact that they've
582
1:03:09 --> 1:03:[privacy contact redaction] elementary mathematical miscalculations you can imagine so it's it's a
583
1:03:15 --> 1:03:[privacy contact redaction] i'd strongly recommend you listen to that and and watch it and
584
1:03:21 --> 1:03:25
go through the maths and um and i'd love to get some of these people to come and talk to us i'd
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1:03:25 --> 1:03:31
love ted to talk to us uh because he did such a good presentation which tom you are tom nelson
586
1:03:32 --> 1:03:37
no uh maybe tom nelson i'd love to get in touch with tom i'd like i can get you in touch with
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1:03:37 --> 1:03:41
tom i can get you in touch with him oh that would be amazing because then i could reach out to some
588
1:03:41 --> 1:03:[privacy contact redaction]e because i think the person you meant you mentioned he's going to be writing the
589
1:03:45 --> 1:03:[privacy contact redaction] said he's going to put damis kurz yeah he's doing a brilliant speech
590
1:03:51 --> 1:03:57
um he's absolutely brilliant what he did um but yeah little christopher moncton i'd listen to his
591
1:03:57 --> 1:04:[privacy contact redaction] goes through the maths and it's just brilliant so i did a
592
1:04:02 --> 1:04:[privacy contact redaction] and he totally shot himself in the foot i just let him
593
1:04:08 --> 1:04:[privacy contact redaction] dug deeper and deeper and deeper in the final blow where he was no feet no toes
594
1:04:13 --> 1:04:22
no nothing left was when he said civilization will be over by 2038 that's not going oh my god
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1:04:22 --> 1:04:29
you should check yourself into a local mental ward yeah all right let's get moving i love your
596
1:04:29 --> 1:04:35
slides jeremy i'm going to go back through this i just loved your slides it was a wonderful
597
1:04:35 --> 1:04:39
presentation thank you i'm sorry kind of well it was rostled up quickly because i was on armstrong's
598
1:04:39 --> 1:04:[privacy contact redaction] wanted to get the compliment jeremy that's why it was
599
1:04:45 --> 1:04:[privacy contact redaction]even put the pressure on you and you performed finishing in four three minutes
600
1:04:51 --> 1:04:[privacy contact redaction] finish tom quickly your question and then steven last question to you
601
1:04:56 --> 1:05:01
okay yeah we need uh i'll try to get those links out of your you know and post them maybe next
602
1:05:01 --> 1:05:07
meeting but uh methane i'm saying this because i deal with other people in groups that literally
603
1:05:07 --> 1:05:12
they'll leave the group because other people don't believe in global warming and they bring up
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1:05:13 --> 1:05:19
that methane's much more potent granted it's not around as long so that's something to find a good
605
1:05:19 --> 1:05:[privacy contact redaction] that it's not important and then what do you think about uh geoengineering the day
606
1:05:25 --> 1:05:32
night spring to manipulate the weather by the planes i wanted to hear someone else indicate
607
1:05:32 --> 1:05:[privacy contact redaction]ood that because i think they're diverting the plane paths flight paths to actually
608
1:05:39 --> 1:05:45
manipulate the weather the commercial airliners well all i can say all i can say on that is they
609
1:05:45 --> 1:05:51
are all governments around the world are all doing the absolutely worst possible thing they could do
610
1:05:51 --> 1:05:[privacy contact redaction] possible time i mean as you go into these um uh low sunspot activity and the decrease
611
1:05:59 --> 1:06:04
in the heat of sphere we seem to get an increase in volcanism and that's if we get an increase in
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1:06:04 --> 1:06:08
volcanism a significant one and you can see it happening there's been a lot of volcanoes going
613
1:06:08 --> 1:06:14
off the the the ring of fire has been moving if we get a big one go off so they could be dimming
614
1:06:14 --> 1:06:20
the sky and then if we get a some major major eruption you know category six volcano go up and
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1:06:20 --> 1:06:26
then you're going into volcanic winter and into an extremely uh cold period that's going to severely
616
1:06:26 --> 1:06:[privacy contact redaction] wheat so um i mean maybe i'll come back and do a little bit more for you because i could
617
1:06:32 --> 1:06:40
you know i could talk you know um dead day talk very sensible no no jerry that he's he's right about um
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1:06:41 --> 1:06:48
uh um bill gates backing off because these data centers need power and unfortunately there's the
619
1:06:48 --> 1:06:[privacy contact redaction]t is is natural gas it's really really cheap at the
620
1:06:53 --> 1:06:59
moment they're all talking you know nuclear is great and it'll probably come and small modular
621
1:06:59 --> 1:07:[privacy contact redaction]ors as well will probably come but they're not going to be there for at least five years
622
1:07:04 --> 1:07:08
so where on earth are they going to get the energy from to do all of this so they're going to need oil
623
1:07:08 --> 1:07:13
coal and um natural grass and one of the most interesting things and they've never show is that
624
1:07:14 --> 1:07:21
the uh and jerry's great for this jerry did a great slide showing the actual world's usage of
625
1:07:21 --> 1:07:27
oil coal natural gas and fossil fuels and it's just been one upward trend continuing world with
626
1:07:27 --> 1:07:[privacy contact redaction]ing they want to talk about polluters there's one one major
627
1:07:33 --> 1:07:[privacy contact redaction]t that's actually decreased its uh pollution that's
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because it's got a mature mature and decreased its uh greenhouse gases and because it's got a
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mature economy and that's the u.s their output has actually been dropping but you know the china and
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the um developing and the india are developing so they're exponentially their output is getting
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exponential and all that's happened in the west and in europe is that we've basically de-industrialized
632
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there's really nothing of value left in the west now other than the you know intellectual value and
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that's debatable under the universities and you know with energy levels now in uk and parts of
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europe it's probably six times out of china and india why would any industry set up you know most
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of them are leaving any officers leaving the uk i think the germ Germany's slowly being
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de-industrialized and their economies are contracted about four percent i think so
637
1:08:29 --> 1:08:[privacy contact redaction]r of the eu and they represent 25 percent of the eu economy and they're in
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they're contracting they're in a deflationary spiral now and i don't really see them climbing
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out of it too quickly so the all right the eu yeah two and a half hours is up
640
1:08:47 --> 1:08:[privacy contact redaction] me with dave and then with tom as well that'd be great and then
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i can i'd love to know have a bit more of a chat thank you but you've got dave's email address
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no thank you and thank you for sheila for your contribution stepping into the last moment thank
643
1:09:05 --> 1:09:[privacy contact redaction]even for organizing great job and there is more to talk about and it's an important topic
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because it's quite clear from your that the evidence is compelling and the it's all about a
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deep population agenda that we in this group know watching this recording people know so speak out
646
1:09:27 --> 1:09:[privacy contact redaction] the climate fraud and on we go everybody we'll see you on tuesday i say one last thing just
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for everyone a closing note i managed to get all this information freely off the internet in about
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two to three hours so if i can do it anyone can do it and it's not it's not private there's nothing
649
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there's nothing unique about this you can just tell that you know the difference between people
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with inquiring minds and critical thinking skills and people without and unfortunately the large
651
1:09:54 --> 1:10:[privacy contact redaction]ream media and they should hold their head in shame
652
1:10:01 --> 1:10:[privacy contact redaction]oves has told us jeremy and sheila and all of us here
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that critical thinking is not taught logic is not taught at schools anymore and so the two of you
654
1:10:13 --> 1:10:[privacy contact redaction]rated your ability to think as has dave colum as has steven all right thanks for that
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final comment we'll see you again bye everybody go to the tom rodman group it's in the chat for
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1:10:23 --> 1:10:[privacy contact redaction] got time bye for now thank you steven yeah thank you jones so
657
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jeremy thank you very much for presenting to us and i knew you could do it because and all i needed
658
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to hear was 10 minutes of your ranting about two or three weeks ago correct well spotted thanks
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everybody thanks jeremy thanks sheila thank you bye bye excellent jeremy and um your wife too
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you sheila thanks sheila
