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  1. socratus

    Black holes are scientific fictions.

    A supermassive black hole (SMBH) is the largest type of black hole, on the order of hundreds of thousands to billions of solar masses (M☉), and is found in the center of almost all massive galaxies. # The origin of supermassive black holes remains an open field of research...
  2. socratus

    Black holes are scientific fictions.

    a) A- bomb destroyed Hiroshima and Nagasaki. b) Where did A-bomb’s masses come from? They came from U-238 c) . . . etc. =====… a) Cold stars created black holes. b) Where did cold star’s masses come from? They came from hot stars. c) Where did hot star’s masses come from? “Hmm . . . . if I...
  3. socratus

    Black holes are scientific fictions.

    Blueshift ponders… black holes – fact or fiction? By Sara Mitchell. December 17, 2010 Blueshift ponders… black holes – fact or fiction? | NASA Blueshift =======…
  4. socratus

    Black holes are scientific fictions.

    Black holes are scientific fictions. ==.. In 1783 John Michell wrote that a big massive star would have such a strong gravity field that light could not escape. Such objects was called "black holes". In 1928 Chandrasekhar realized that a star of more than about one and a half times the...
  5. socratus

    The starting way to the final theory: TOE.

    The starting way to the final theory: TOE. ==.. Most physicists agree that two branches of physics must be taken as a starting points to the final theory – the Theory of Everything. One branch is high-energy particle physics and second one is cosmology. But today these two disciplines seem...
  6. socratus

    The starting way to the final theory: TOE.

    The starting way to the final theory: TOE. ==.. Most physicists agree that two branches of physics must be taken as a starting points to the final theory – the Theory of Everything. One branch is high-energy particle physics and second one is cosmology. But today these two disciplines seem...
  7. socratus

    Inertia: by Newton and by Einstein.

    Inertia: by Newton and by Einstein. ===… a) Newton's first law of motion (inertia) is often stated as: An object at rest stays at rest and an object in motion stays in motion with the same speed and in the same direction unless acted upon by an unbalanced force. (by an unbalanced outside...
  8. socratus

    The way to understand the philosophy of Quantum physics.

    The way to understand the philosophy of Quantum physics. ===.. The formation of theory involves: comparison, analysis, synthesis, abstraction, idealization and generalization. One of the most important characteristics involved in concept formation of theory is abstraction. We are proud to...
  9. socratus

    The Universe on My T- Shirt.

    “ Today’s physicists are still struggling to come to grips with quantum weirdness, as they debate what the theory actually means. Or, to be more precise, some physicists debate what the theory means; many of them – perhaps most – simple exploit the fact that quantum mechanics works and leave...
  10. socratus

    The Universe on My T- Shirt.

    The “Theory of Everything” will explain the physical world . . . It will explain the origin of everything in our universe . . . . . . . the ideas at the heart of the theory may turn out to be extremely simple - so simple, in fact, that the essence of the theory can be written on a T-shirt. /...
  11. socratus

    The Universe on My T- Shirt.

    The Universe on My T- Shirt. ===. Book: Universe on a T-Shirt. By Dan Falk. Introduction. “My ambition is to live to see all of physics reduced to a formula so elegant and simple that it will fit easily on the front of a T-Shirt” / Leon Lederman / “The longed=for Theory of...
  12. socratus

    How can we detect what happened before the Big Bang?

    Zero Vacuum itself is some kind of Infinite, “Negative - Dark Energy" ==============
  13. socratus

    How can we detect what happened before the Big Bang?

    Dark energy may be vacuum Dark energy may be vacuum | EurekAlert! Science News # A black hole has a temperature within a few millionths of a degree above absolute zero. / Oxford. Dictionary./ # A "black hole" has a temperature of only one ten-millionth of a degree above absolute zero. Book...
  14. socratus

    How can we detect what happened before the Big Bang?

    When the next revolution rocks physics, chances are it will be about nothing—the vacuum, that endless infinite void. Nothingness of Space Could Illuminate the Theory of Everything | DiscoverMagazine.com ==========…
  15. socratus

    How can we detect what happened before the Big Bang?

    Once more. =. Before BB was no space and no time. The situation “no space and no time” have only one reference frame -- vacuum. Vacuum has different names: Minkowski spacetime, negative 2D, Pseudo Euclidian space. # Before BB was “singular point”. This “singular point” has masses. Where did...
  16. socratus

    How can we detect what happened before the Big Bang?

    How can we detect what happened before the Big Bang? ==.. Scientists say that before the “big bang” was nothing: neither space nor time. In my opinion when we say “space”, “time” we must define more precisely. We must define more precisely that we are talk about “gravity-space” and...
  17. socratus

    About philosophy. Book “Facing Up”, by Steven Weinberg.

    About philosophy. Book “Facing Up”, by Steven Weinberg. =.. “I think few philosophers of science take it (discussing questions about scientific knowledge) as part of their job description to help scientists in their research. . . . . why this should be? Why should the philosophy of...
  18. socratus

    Space / Time: Newton + SRT, Leibniz + GRT.

    Casimir effect shows the moment of observation. ====
  19. socratus

    Space / Time: Newton + SRT, Leibniz + GRT.

    Quantum phenomena (quantum fluctuation, quantum tunneling) can destroy the Newton’s absolute symmetrical spacetime and create Leibniz’s relative space and relative time. ===..
  20. socratus

    Space / Time: Newton + SRT, Leibniz + GRT.

    Space / Time: Newton + SRT, Leibniz + GRT. ===… Newton. Space is an absolute concept. (!) Space would continue to exist even if all its contents vanished. Time is an absolute concept (!) that “flows equably without relation to anything external.” Leibniz. Space is a relative concept...