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Einstein's Lost Model of the Universe Discovered 'Hiding In Plain Sight'

Hugh Pickens DOT Com writes "Dick Ahlstrom reports that Irish researchers have discovered a previously unknown model of the universe written in 1931 by physicist Albert Einstein that had been misfiled and effectively "lost" until its discovery last August while researchers been searching through a collection of Einstein's papers put online by the Hebrew University in Jerusalem. "I was looking through drafts, but then slowly realised it was a draft of something very different," says Dr O'Raifeartaigh. "I nearly fell off my chair. It was hidden in perfect plain sight. This particular manuscript was misfiled as a draft of something else." Read more, below. "In his paper, radically different from his previously known models of the universe, Einstein speculated the expanding universe could remain unchanged and in a " steady state" because new matter was being continuously created from space. "It is what Einstein is attempting to do that would surprise most historians, because nobody had known this idea. It was later proposed by Fred Hoyle in 1948 and became controversial in the 1950s, the steady state model of the cosmos," says O'Raifeartaigh. Hoyle argued that space could be expanding eternally and keeping a roughly constant density. It could do this by continually adding new matter, with elementary particles spontaneously popping up from space. Particles would then coalesce to form galaxies and stars, and these would appear at just the right rate to take up the extra room created by the expansion of space. Hoyle's Universe was always infinite, so its size did not change as it expanded. It was in a 'steady state'. "This finding confirms that Hoyle was not a crank," says Simon Mitton. "If only Hoyle had known, he would certainly have used it to punch his opponents." Although Hoyle's model was eventually ruled out by astronomical observations, it was at least mathematically consistent, tweaking the equations of Einstein's general theory of relativity to provide a possible mechanism for the spontaneous generation of matter. Einstein's paper attracted no attention because Einstein abandoned it after he spotted a mistake and then didn't publish it but the fact that Einstein experimented with the steady-state concept demonstrates Einstein's continued resistance to the idea of a Big Bang, which he at first found "abominable", even though other theoreticians had shown it to be a natural consequence of his general theory of relativity."

16 of 118 comments (clear)

  1. which he at first found "abominable", by Anonymous Coward · · Score: 5, Insightful

    Einstein was not particularly good at embracing all of the consequences of his own work. He was firmly opposed to quantum theory, "Gott würfelt nicht!" (God does not throw dice) even though his Nobel prize for physics was actually for quantum theoretic work (figuring out the frequency of light quants I think) rather than his theories of relativity.

    1. Re: which he at first found "abominable", by jovius · · Score: 4, Insightful

      Depends on dice. The universal constants are not randomly changing at least, so the outcome is based on certain rules.

    2. Re:which he at first found "abominable", by Mashdar · · Score: 4, Insightful

      "Stop trying to tell God what to do." -Bohr

    3. Re:which he at first found "abominable", by FatdogHaiku · · Score: 5, Interesting

      "Stop trying to tell God what to do." -Bohr

      "Consideration of black holes suggests, not only that God does play dice, but that he sometimes confuses us by throwing them where they can't be seen." - Hawking

      --
      You have the right to remain sentient. If you give up the right to remain sentient, you will be elected to public office
    4. Re:which he at first found "abominable", by Sique · · Score: 5, Insightful

      You got something wrong. "Being in favor of QT" is something quite different than "contribution to QT". Albert Einstein always saw QT as some clumsy patch to explain some weird observations (e.g. the non-existance of the ultraviolett catastrophe). He was always believing that QT should and will be replaced with something much more deterministic, more in the lines of the Field Theory he was working on in his later years. Yes, Albert Einstein contributed some important details to QT (the external photoelectric effect, for which he got awarded the Nobel prize, the Bose-Einstein-statistics and even the prediction of the properties of supraconduction). But ironically, at least the last two were created by Albert Einstein partly to show the problems with QT, because it predicted some really counterintuitive results. Albert Einstein was convinced that both would not exist in reality, for him, for him, they were examples of how fundamentally wrong QT must be. The Bose-Einstein-condensate and supraconduction were proven to exist only after Albert Einstein's death. I wonder how he would have reacted if those "monstrosities of the brain" had been created during his lifetime.

      --
      .sig: Sique *sigh*
  2. How big is it? by rossdee · · Score: 5, Funny

    Even a 1 to a million scale model of the universe would be pretty big...

    1. Re:How big is it? by Anonymous Coward · · Score: 3, Funny

      It got stored compressed and is freely available as 42.zip.

    2. Re:How big is it? by mcgrew · · Score: 4, Funny

      I believe you're confusing Vogons with wizards. Too much pipeweed, Gandalf?

  3. Panspermia by mdsolar · · Score: 5, Interesting

    Another Hoyle cause, panspermia, which urges that the origin of life is so unlikely that a larger event space is needed, so life spreads through the galaxy as microbes once started somewhere, is getting somewhat of a second look. The idea that life may be hoping between planets in the solar system, hitchhiking on meteorites, is gaining adherents. While still a long way from a microbe populated interstellar cloud, or the solution to the statistical problem Hoyle was addressing, this is another echo of the importance of his thinking. http://en.wikipedia.org/wiki/P...

  4. No beginning by mdsolar · · Score: 3, Interesting

    One of the really attractive things about a Steady State Universe is that it does not require a beginning. It can be infinite in both space and time. This leaves time for the nearly impossible to occur without resort to special circumstances. It is fine for a monkey to hand us the works of Shakespeare now, if there has been infinite time already for him and his friends to bang on typewriters, but if they've only had 14 billion years so far, we might have to suppose they at least read the Cliff Notes. Being able to avoid those special circumstances means that the origin of life is to be expected as a mere accident. However, there is a problem with this solution to the very complex existing in less than infinite time: the monkey should be handing us a large number of copies of the the works of Shakespeare, not just one. So, the Fermi Paradox would seem to indicate that the Steady State Universe is not occurring, independent of all the observational evidence confirming the big bang. http://en.wikipedia.org/wiki/F...

  5. Creativity vs. Being a Crank by hey! · · Score: 4, Insightful

    Both creative people and cranks have lots of wild ideas. The difference is that a crank reflexively defends his ideas with irrational vehemence. A creative person usually discard his ideas, because he knows there's always more where that comes from.

    --
    Post may contain irony: discontinue use if experiencing mood swings, nausea or elevated blood pressure.
    1. Re:Creativity vs. Being a Crank by AthanasiusKircher · · Score: 3, Insightful

      Both creative people and cranks have lots of wild ideas. The difference is that a crank reflexively defends his ideas with irrational vehemence.

      I've known cranks who were just obsessed with one thing and could never see beyond it, but I've also known many cranks who were very creative. I don't think the sets are as mutually exclusive as you claim.

      A creative person usually discard his ideas, because he knows there's always more where that comes from.

      I think this has more to do with ego than whether someone is creative or not. People hold fast to their ideas for all sorts of irrational reasons -- career, other people's praise of them, general acceptance within a peer group, politics, etc. Being a crank is more about personality type, in my view, than whether or not someone is "creative." The most effective cranks I have known are generally quite creative (and adaptive), enough so that it sometimes takes a long time for other people to realize they are simply wackos -- and they even attract followers to their irrational cause. (The shared characteristic in the crank and his audience in this case being a lack of specific knowledge or perspective to recognize how ludicrous the claims are.)

  6. Einstein is not god by iris-n · · Score: 5, Insightful

    This kind of article bothers me immensely. It treats Einstein as the God of Science, and uses the fact the he worked on something as evidence that this idea is no crackpottery. Well, guess what, Einstein also shat, farted, pissed, had bad ideas, and even commited mathematical mistakes.

    And one should never evaluate a scientific idea based on who's working on it. The Steady-State model of the universe is not a crackpot idea, simply because it is consistent with the laws of GR and (superficially) consistent with observational evidence. Philosophically, thought, it does seem quite silly, and I myself would never have regarded it as more than a mathematical curiosity, had it not been already falsified when I was born.

    A more modern example would be 't Hooft's work on superdeterminisc models for quantum theory. The guy is obviously a genius, but this idea is pure insanity, and it saddens me to see people taking it seriously just because a Nobel prize is working on it.

    --
    entropy happens
    1. Re:Einstein is not god by Anonymous Coward · · Score: 4, Interesting

      Einstein was an excellent scientist, but in pop culture he's known for being a celebrity, not for what he actually did. Most pictures of Einstein were taken decades after he did his best work.

      More people interested in the history of science should read :

      - Subtle is the Lord, The science and life of Albert Einstein by Abraham Pais. The best scientific biography of Einstein.
      - Albert Einstein's Special Theory of Relativity: Emergence (1905) and Early Interpretation (1905-1911) by Arthur Miller. The best historical end epistemological account of some of Einstein's best scientific works.

  7. Hoyle was right by Livius · · Score: 3, Interesting

    Physicists actually do believe in version of the Steady State theory, except instead of "new matter is continuously created as the universe expands", new space and new dark energy are continuously created. There's no contradiction with the Inflationary Big Bang theory at all.

  8. Re: On the Fred Jerome book by gzuckier · · Score: 3, Informative

    Maybe you should read another book, any of many:

    "I am against nationalism but in favor of Zionism. The reason has become clear to me today. When a man has both arms and he is always saying I have a right arm, then he is a chauvinist. However, when the right arm is missing, then he must do something to make up for the missing limb. Therefore, I am, as a human being, an opponent of nationalism. But as a Jew I am from today a supporter of the Jewish Zionist efforts."

    http://books.google.com/books?...

    http://www.eltwhed.com/vb/arch...

    http://books.google.com/books?...

    http://books.google.com/books?...

    http://books.google.com/books?...

    Being opposed to nationalism is one thing. Being opposed specifically to Zionism (or reserving one's public opposition specifically to Zionism) is another. Being opposed specifically to Zionism because the existence of Israel would be violently rejected by followers of pan-Arabic nationalism (qawmiyya) is most definitely another.

    --
    Star Trek transporters are just 3d printers.