https://www.youtube.com/watch?v=9Nljw-bad1k An Economist’s Warning: Massive Inflation Is Coming | Charles Goodhart Charles Goodhart joins me to discuss why Britain’s decline did not start in 2008, why the post-war economic boom may have been a temporary lucky era, and why the next 30 to 40 years could be far harder than people expect. Charles explains how ageing populations, falling birth rates, rising dependency ratios, public debt, defence spending, climate costs and political short-termism are creating a fiscal crisis that governments do not want to admit. We discuss why central banks may struggle to keep inflation under control, why politicians cannot win elections by telling voters the truth, and why democracy itself may block the long-term planning the country needs. We also get into immigration, housing, land tax, AI, the forgotten working class, white-collar job risk, the triple lock, why GDP does not equal welfare or happiness, why Britain struggles to build, and why the Western world may never return to the conditions that made the years from 1950 to 2020 so unusually prosperous. TIMESTAMPS: 00:00 - Massive Inflation Is Coming 00:54 - Britain’s Decline 03:57 - The Post-War Boom 05:09 - Decades Of Decline 07:14 - What Keeps Britain Afloat? 09:11 - Immigration And Dependency 11:55 - The Fiscal Trap 13:34 - Government Does Too Much 14:28 - Why Politicians Can’t Tell The Truth 16:39 - Are We Heading For Bankruptcy? 20:05 - Higher Inflation Is Coming 22:39 - The Temporary Lucky Era 25:39 - Tax Land, Not Work 28:08 - Housing And Fertility 31:30 - The Forgotten Working Class 32:41 - AI And White-Collar Jobs 36:01 - The Middle Ground Failed? 44:08 - Democracy Blocks The Fix 50:49 - GDP Is Not Happiness 56:35 - We Didn’t Know How Lucky We Were (In India by taxing Real Estate which increased 8000 times during nearly 79 years as stated one can create an egalitarian society particularly to senior citizens who suffered and died and few living and abolish unemployment problem for youth by producting more and more consumer goods by establishing factories with that enormous money collected.)
https://www.youtube.com/watch?v=LzVgczQtC7I These 50 Minutes Will Change How You See the Universe. Astrophysicist Brian Keating 20 Jun 2026 Gleb Solomin Podcast Is it true that the Universe may not have originated the way we usually think — and that the Big Bang is only one piece of a far more complex picture? In this new episode, we talk with American astrophysicist Brian Keating, Professor of Physics at the Center for Astrophysics and Space Sciences at the University of California, San Diego, about the origin of the Universe, the nature of the Big Bang, the multiverse, and the future of the cosmos. In this episode: — How could the Universe have emerged from “nothing”? — What gave rise to the Sun and the Earth? — Why might the Big Bang not have been the event we usually imagine it to be? — What could have existed before the Universe formed? — What are the different levels of the multiverse? — Could there be universes that formed without a Big Bang at all? — What is happening to dark energy — and could the Universe one day collapse? — How stable is everything we consider reality?
00:00 Introduction 01:39 Brian Keating 03:28 Losing the Nobel Prize? 06:14 How Could Something Come from Nothing? 08:41 Hypotheses on the Origin of the Universe 11:06 How Can the Existence of a Multiverse Be Proven? 15:46 Is the Universe Expanding? 18:00 Will We Disappear? Could the Universe Collapse? 24:18 AI Einstein? 26:30 Could the Universe or Civilization Not Exist? 28:47 String Theory 32:51 Will AI Help Science? 35:08 Levels of the Multiverse 39:00 Mathematics and Reality: How Are They Connected? 43:00 Is Our World a Projection from a Two-Dimensional Boundary? 44:24 UFOs and Extraterrestrial Civilizations
Tr anscripts: You spent your entire life studying the origin of the universe. Yes. How could everything come from mass? 0:06 Come from mass. Come from mass. That's the most important question in all of science. So our sun and the earth 0:12 came from something like like this. The earth was not created from the earth and our universe could have formed from 0:18 could have formed from. Brian Kiting is a scientist whose name could stand [music] alongside Einstein and Hawking. 0:23 A professor at the University of California, San Diego, coin inventor of the legendary bicep telescope and the 0:29 leader behind the world's largest astronomy project. A man who once came within reach of a Nobel Prize for 0:34 discovery that could have changed astronomy forever. My mission is to 0:39 understand how the universe begin. It doesn't even have a big bang the way that we think about it. There are other different types of universes that can 0:45 emerge from non big bang and those are some of them. You know it's crazy how far people have 0:51 gone in trying to understand reality. Those are all legitimate scientific ways to discover something beyond visual 0:57 range beyond the horizon. Right? We understand how the universe began. But what came before that? 1:02 That there are four different types of multiverse. Many people wouldn't even say is a multiverse but that's our whole 1:08 reality. It's incredible. That's very simple. Data from the DEI telescope suggests that [music] cosmic dark energy 1:14 is awakening. Does that mean that the universe could collapse at any moment, even in the middle of this podcast? 1:23 That terrifies [music] me. The same thing happened in the vacuum, not of a particle accelerator at CERN, but in the 1:28 universe. Horrifying thing to think about. [music] Brian Keating 1:39 In the Chinese sci-fi novel, The Threebody Problem and the TV series based on it, aliens show one of the main 1:46 characters artificial fluctuations in the cosmic microwave background. That 1:52 signal may contain clues to the origin of the universe. And my guest today is a 1:58 man who in 2014 came within a reach of a Nobel Prize while searching for the 2:04 answer to that mystery. Dr. Brian Kitting, it's a great honor to have you 2:09 here with us. You're a very special guest, but for people who don't know you yet, could you tell us what you do and 2:17 uh what your mission is? My mission is to understand how the universe begin. 2:22 And I do it using actual instruments, experiments, hardware, technology. I 2:28 don't use fancy theories. I don't speak about the extra dimensions of reality. I 2:35 I don't talk about nonsensical, hyperbolic, foolish kind of explorations 2:41 into the fanciful because those may sell books for certain people, but they're not actually what true working 2:48 astrophysicists care about. What we need in science is not more ideas and 2:53 theories and speculations. We need more hard factual data. So my team, my 2:59 colleagues and I are working with the biggest, most expensive experiment ever built of its kind. We do it all over the 3:06 world in exotic places like the South Pole, Antarctica and the high mountains 3:11 of Chile and even outer space. And our instruments bring back the data that then humans can glimpse for the first 3:17 time perhaps what came at the beginning of time. And to me the question that 3:23 most keeps me up at night in front of the telescope is what came right before the big bang. Losing the Nobel Prize? 3:29 I have to say my viewers are very interested in this topic. Uh, I mean, how did we get here? How did the 3:35 universe begin? What was before that? But before we talk about it, could you 3:41 please tell us the Nobel Prize story? What happened in 2014? 3:47 In 2014, the experiment that I dedicated my life to up until that point as a 3:53 scientist released data that it had done what I wanted it to do, which is to 3:58 glimpse the origin of the universe. Not using light, not taking an actual
3 comments:
https://www.youtube.com/watch?v=9Nljw-bad1k
An Economist’s Warning: Massive Inflation Is Coming | Charles Goodhart
Charles Goodhart joins me to discuss why Britain’s decline did not start in 2008, why the post-war economic boom may have been a temporary lucky era, and why the next 30 to 40 years could be far harder than people expect.
Charles explains how ageing populations, falling birth rates, rising dependency ratios, public debt, defence spending, climate costs and political short-termism are creating a fiscal crisis that governments do not want to admit. We discuss why central banks may struggle to keep inflation under control, why politicians cannot win elections by telling voters the truth, and why democracy itself may block the long-term planning the country needs.
We also get into immigration, housing, land tax, AI, the forgotten working class, white-collar job risk, the triple lock, why GDP does not equal welfare or happiness, why Britain struggles to build, and why the Western world may never return to the conditions that made the years from 1950 to 2020 so unusually prosperous.
TIMESTAMPS:
00:00 - Massive Inflation Is Coming
00:54 - Britain’s Decline
03:57 - The Post-War Boom
05:09 - Decades Of Decline
07:14 - What Keeps Britain Afloat?
09:11 - Immigration And Dependency
11:55 - The Fiscal Trap
13:34 - Government Does Too Much
14:28 - Why Politicians Can’t Tell The Truth
16:39 - Are We Heading For Bankruptcy?
20:05 - Higher Inflation Is Coming
22:39 - The Temporary Lucky Era
25:39 - Tax Land, Not Work
28:08 - Housing And Fertility
31:30 - The Forgotten Working Class
32:41 - AI And White-Collar Jobs
36:01 - The Middle Ground Failed?
44:08 - Democracy Blocks The Fix
50:49 - GDP Is Not Happiness
56:35 - We Didn’t Know How Lucky We Were (In India by taxing Real Estate which increased 8000 times during nearly 79 years as stated one can create an egalitarian society particularly to senior citizens who suffered and died and few living and abolish unemployment problem for youth by producting more and more consumer goods by establishing factories with that enormous money collected.)
https://www.youtube.com/watch?v=LzVgczQtC7I
These 50 Minutes Will Change How You See the Universe. Astrophysicist Brian Keating 20 Jun 2026 Gleb Solomin Podcast
Is it true that the Universe may not have originated the way we usually think — and that the Big Bang is only one piece of a far more complex picture?
In this new episode, we talk with American astrophysicist Brian Keating, Professor of Physics at the Center for Astrophysics and Space Sciences at the University of California, San Diego, about the origin of the Universe, the nature of the Big Bang, the multiverse, and the future of the cosmos. In this episode:
— How could the Universe have emerged from “nothing”?
— What gave rise to the Sun and the Earth?
— Why might the Big Bang not have been the event we usually imagine it to be?
— What could have existed before the Universe formed?
— What are the different levels of the multiverse?
— Could there be universes that formed without a Big Bang at all?
— What is happening to dark energy — and could the Universe one day collapse?
— How stable is everything we consider reality?
00:00 Introduction
01:39 Brian Keating
03:28 Losing the Nobel Prize?
06:14 How Could Something Come from Nothing?
08:41 Hypotheses on the Origin of the Universe
11:06 How Can the Existence of a Multiverse Be Proven?
15:46 Is the Universe Expanding?
18:00 Will We Disappear? Could the Universe Collapse?
24:18 AI Einstein?
26:30 Could the Universe or Civilization Not Exist?
28:47 String Theory
32:51 Will AI Help Science?
35:08 Levels of the Multiverse
39:00 Mathematics and Reality: How Are They Connected?
43:00 Is Our World a Projection from a Two-Dimensional Boundary?
44:24 UFOs and Extraterrestrial Civilizations
Tr anscripts: You spent your entire life studying the origin of the universe. Yes. How could everything come from mass?
0:06
Come from mass. Come from mass. That's the most important question in all of science. So our sun and the earth
0:12
came from something like like this. The earth was not created from the earth and our universe could have formed from
0:18
could have formed from. Brian Kiting is a scientist whose name could stand [music] alongside Einstein and Hawking.
0:23
A professor at the University of California, San Diego, coin inventor of the legendary bicep telescope and the
0:29
leader behind the world's largest astronomy project. A man who once came within reach of a Nobel Prize for
0:34
discovery that could have changed astronomy forever. My mission is to
0:39
understand how the universe begin. It doesn't even have a big bang the way that we think about it. There are other different types of universes that can
0:45
emerge from non big bang and those are some of them. You know it's crazy how far people have
0:51
gone in trying to understand reality. Those are all legitimate scientific ways to discover something beyond visual
0:57
range beyond the horizon. Right? We understand how the universe began. But what came before that?
1:02
That there are four different types of multiverse. Many people wouldn't even say is a multiverse but that's our whole
1:08
reality. It's incredible. That's very simple. Data from the DEI telescope suggests that [music] cosmic dark energy
1:14
is awakening. Does that mean that the universe could collapse at any moment, even in the middle of this podcast?
1:23
That terrifies [music] me. The same thing happened in the vacuum, not of a particle accelerator at CERN, but in the
1:28
universe. Horrifying thing to think about. [music]
Brian Keating
1:39
In the Chinese sci-fi novel, The Threebody Problem and the TV series based on it, aliens show one of the main
1:46
characters artificial fluctuations in the cosmic microwave background. That
1:52
signal may contain clues to the origin of the universe. And my guest today is a
1:58
man who in 2014 came within a reach of a Nobel Prize while searching for the
2:04
answer to that mystery. Dr. Brian Kitting, it's a great honor to have you
2:09
here with us. You're a very special guest, but for people who don't know you yet, could you tell us what you do and
2:17
uh what your mission is? My mission is to understand how the universe begin.
2:22
And I do it using actual instruments, experiments, hardware, technology. I
2:28
don't use fancy theories. I don't speak about the extra dimensions of reality. I
2:35
I don't talk about nonsensical, hyperbolic, foolish kind of explorations
2:41
into the fanciful because those may sell books for certain people, but they're not actually what true working
2:48
astrophysicists care about. What we need in science is not more ideas and
2:53
theories and speculations. We need more hard factual data. So my team, my
2:59
colleagues and I are working with the biggest, most expensive experiment ever built of its kind. We do it all over the
3:06
world in exotic places like the South Pole, Antarctica and the high mountains
3:11
of Chile and even outer space. And our instruments bring back the data that then humans can glimpse for the first
3:17
time perhaps what came at the beginning of time. And to me the question that
3:23
most keeps me up at night in front of the telescope is what came right before the big bang.
Losing the Nobel Prize?
3:29
I have to say my viewers are very interested in this topic. Uh, I mean, how did we get here? How did the
3:35
universe begin? What was before that? But before we talk about it, could you
3:41
please tell us the Nobel Prize story? What happened in 2014?
3:47
In 2014, the experiment that I dedicated my life to up until that point as a
3:53
scientist released data that it had done what I wanted it to do, which is to
3:58
glimpse the origin of the universe. Not using light, not taking an actual
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