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The John Batchelor Show

S8 Ep819: Continuous Creation and the Discovery of the Hiss The "Steady State" theory was famously conceptualized after Fred Hoyle and his colleagues, Thomas Gold and Hermann Bondi, watched the looping narrative of the horror film Dead of Night, leading them to pro

The John Batchelor Show

John Batchelor

Society & Culture, Arts, News, Books

4.52.8K Ratings

🗓️ 3 May 2026

⏱️ 13 minutes

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Summary

Continuous Creation and the Discovery of the Hiss The "Steady State" theory was famously conceptualized after Fred Hoyle and his colleagues, Thomas Gold and Hermann Bondi, watched the looping narrative of the horror film Dead of Night, leading them to propose a universe where matter is continuously created to maintain a constant density as galaxies drift apart. Hoyle described a "creation field" where new particles spontaneously emerge from empty space due to quantum uncertainty, an idea he compared to new spectators filling empty rows in a stadium to keep the crowd density uniform. A major breakthrough in this research was Hoyle's prediction of a specific energy state for carbon-12, the "triple-alpha process," which explained how life-essential elements could be synthesized in the immense heat of dying stars' collapsing cores. Meanwhile, George Gamow and his student Ralph Alpher theorized that the early universe consisted of a primordial substance called "Ylem" that underwent a "Big Squeeze" to form the elements. Ironically, Hoylecoined the term "Big Bang" during a 1949 BBC radio broadcast as a derisive joke to mock the idea of a single initial explosion, a nickname that Gamow disliked because he felt it misrepresented the physics of the early universe. Despite their professional competition, the two men remained friends and famously debated the temperature of the universe during a 1956 road trip through La Jolla in a white Cadillac. While they failed to accurately predict the cosmic temperature during that drive, the debate was effectively settled in 1964 when Bell Labs researchers Arno Penzias and Robert Wilson accidentally discovered a persistent radio "hiss" while trying to calibrate a satellite antenna. After ruling out urban interference and cleaning pigeon droppings from their equipment, they realized they had found the cosmic microwave background radiation. This discovery, which Robert Dicke and Jim Peebles at Princeton were also searching for, provided the definitive evidence for the Big Bang and "scooped" the scientific community, ultimately vindicating Gamow's model over Hoyle's Steady State theory. Guest Author: Paul Halpern. (3/4)
DECEMBER 1961

Transcript

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0:00.0

This is CBSI and the world. I'm John Batchel, visiting with Professor Paul Halpern,

0:05.2

Professor of Physics at the University of the Sciences in Philadelphia. His new book is Flashes

0:09.4

of Creation, George Gamoff, Fred Hoyle, and the Great Big Bang Debate. We are now after the

0:15.6

Second War, and our two protagonists, Fred Hoyle at Cambridge and George Gamoff at George Washington

0:22.6

University, are looking at the big topics of the moment, which is cosmology, but particle

0:29.7

physics combined with cosmology, and 46, 47, 48 are critical moments in the development

0:37.3

of these competing or parallel theories.

0:41.4

There is a wonderful moment, however. It is either 46 or 47. Our hero, Mr. Hoyle, and two of his

0:50.0

colleagues at Cambridge, Bondi and Gold, watch a movie called The Dead of Night. It is a horror

0:57.4

movie, a scary movie that ends with the beginning and begins with an ending. It's looped. A dream

1:04.8

that becomes a nightmare that becomes a fact. And at the end of this, they have a breakthrough.

1:10.5

What is it, Paul?

1:12.2

So after seeing this movie, which has a twist ending where the nightmare is repeated again and

1:21.3

again, they went back to Bondi's apartment in Cambridge, had a few drinks. And over drinks, Tommy Gold said, well,

1:30.3

what if the universe is like that? So they thought about it and they said, well, maybe we can

1:35.0

design a model of the universe that even though it expands, new matter fills in the gaps.

1:41.4

So it pretty much looks the same forever. So as the galaxies move apart from

1:46.0

each other, then new matter slowly trickles in. That matter clusters, eventually form stars, and

1:53.4

finally forms galaxies. So I like to think of the difference between the Big Bang and the steady

1:59.8

state as having to do with

2:01.6

stadium seating. So imagine, let's say, Yankee Stadium, people are watching a ball game,

2:07.6

and then suddenly there's an announcement on a loudspeaker that you need to move back,

...

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