Beyond Consciousness to Cosmos: Beyond Relativity and Quantum Theory to Cosmic Theory - PowerPoint PPT Presentation

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Beyond Consciousness to Cosmos: Beyond Relativity and Quantum Theory to Cosmic Theory

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  1. Beyond Consciousness to Cosmos: Beyond Relativity and Quantum Theory to Cosmic Theory Why We Have No Physical Cosmology, and How to Start Creating One Henry Lindner www.henrylindner.net

  2. Goals • Discuss the origins and nature of Relativity and Quantum Mechanics • Show that Relativity is inadequate ideology • Introduce Natural Philosophy as the disciplined use of full our cognitive abilities • Introduce a physical theory of space and motion to replace Relativity • Demonstrate how this theory can explain astronomical anomalies

  3. Kuhn—Ideas Rule! • Scientists are trained to work within a philosophical program • They have neither the mental tools nor the motivation to change the program • “Normal science” goes on until “paradoxes” accumulate to an embarrassing degree • An innovator from outside the system imposes a new program • The cycle repeats

  4. Crisis in Theoretical Physics • Observer-based “laws”—anthropocentric • Subjectivistic—limited to describing what the observer experiences and measures. • No hypotheses—no physical causality • Paradoxes=Contradictions • Ad hoc fixes abound • Mathematics accurate but overcomplicated • Relativity and QM are incompatible

  5. Current Perspective Hubble Deep Field—Galaxies!

  6. Sun Milky Way Galaxy

  7. Earth

  8. 500 yrs ago: Earth-observer perspective!

  9. The Math Worked!

  10. Ptolemaic Cosmology • Observer-based—observer at the center and not moving—just as his senses and instruments indicated • “Laws” just described the observer’s measurements—in his frame • No physical hypotheses—anti-physical! • Mathematics accurate but over complicated • Stood in the way of the advancement of knowledge

  11. Copernican Revolution • Shifted the “frame” from the observer’s consciousness to the Cosmos • In retrospect, we can see that no progress in Cosmology or physics was possible in the Ptolemaic observer-based scheme • Opponents argued: No evidence of Earth’s motion, mathematics not as accurate, no explanation of cause of such motion

  12. Relativity’s Cosmology • Observer-based—all physical motion related to and equally well described in any observer’s frame. • Light travels at c relative to the human observer not relative to matter. • No physical hypotheses • Creates paradoxes • Stands in the way of progress

  13. Anti-Copernican Relativity • Einstein sought “laws of nature” valid for any CS—including the rotating Earth observer’s CS • Claimed that Relativity would render the historic struggle between the views of Ptolemy and Copernicus “quite meaningless” since “Either CS could be used with equal justification.” Einstein and Infeld, The Evolution of Physics, 1938 p. 224.

  14. We need a Second Copernican Revolution • Again remove the observer from the center of physics • Relate motion and laws of physics to the matter and space of the Cosmos—not to any arbitrary CS • A physical theory of space, matter and motion • Why are we in this mess?

  15. Natural Philosophy vs. Christianity • Aristotle revered by Church until works of natural philosophy translated • Conflict between Aristotelian natural philosophy and Christian doctrine Condemnation 1277 of ideas of Aristotle, Averröes, and St. Thomas Aquinas. • Church: “God can move the Cosmos and leave a void”, “The world is not eternal”, etc. • William of Ockham—eliminated all hypothetical entities and causes except God • Descartes and Locke—Judeo-Christian dualism

  16. Roots of Relativity • Dualism—Spirit and Matter • Copernicus and Newton offered material explanations of phenomena. • Threats to traditional religious belief • Philosophical explanations reduced role of God in Nature. • Bishop Berkeley attacked Newton’s Mechanics as ‘atheistic materialism”.

  17. Berkeley’s Subjective Idealism • Since we know only our own conscious experiences and have no direct knowledge of any material Cosmos, we must not assume that it exists. Berkeley, Principles of Human Knowledge (1710) body, para. 18. • Reality is a virtual reality simulation fed to our spirits from God’s Spirit. • The laws of optics are some of the rules that govern the Matrix.

  18. Father of Relativity • We must treat motion not as absolute, Cosmic, or real but as merelyrelative to ourselves and to any other objects in our sensoria, and treat time as the mere succession of events in our consciousness. Principles of Human Knowledge (1710) para. 112., para. 98.

  19. Hume’s Non-Religious Skepticism • Denied that we could know any Cosmic causes, saying that our belief that an effect will follow from a cause is merely a “custom” we have acquired through repetitive experience. He denied that we could ever know the cause of such a “custom” as gravity. An Enquiry Concerning Human Understanding (1748)

  20. Mach—Einstein’s Mentor • Admitted the influence of Berkeley and Hume • “The world consists only of our sensations” Ernst Mach, Analysis of Sensationsp. 12. • Mach refused to believe in atoms (circa 1900) because they were not evident to our senses. • Believed that Newton’s theory of absolute space and motion was “devoid of content”, since we have knowledge only of relativespaces and motions.” He called those who shared his view “relativists”. Ernst Mach, The Science of Mechanics pp. 283, 293.

  21. Einstein’s Subjectivism • Admitted: Read Berkeley, infl. by Hume, Mach • “The only justification for our concepts and system of concepts is that they serve to represent the complex of experiences; beyond this they have no legitimacy.” Albert Einstein, The Meaning of Relativity,1922, p. 2. • The“real external world” is the sum total of all experienced events about which subjects agree. Albert Einstein, Ideas and Opinions, 1954, p. 363

  22. Light • Relative to what does light move at velocity c? • People in any state of motion • Stars and Planets • Both—even same light, same time

  23. Cosmic Reality vs. Observer Relativity Sun  Centauri B 0.5c 8.6 years Light c 4.3 years

  24. Matter • What causes the emission or absorption of a subatomic particle by an atom or nucleus? • People observing it • Unknown Physical Factors

  25. ?

  26. Quantum Mechanics • “Quantum mechanics, however, regards the interactions of object and observer as the ultimate reality. It uses the language of physical relations and processes rather than that of physical qualities and properties. It rejects as meaningless and useless the notion that behind the universe of our perception there lies a hidden objective world ruled by causality; instead, it confines itself to the description of the relations among perceptions.” Robert Eisberg and Robert Resnik, Quantum Physics (John Wiley & Sons, Inc., New York, 1974) p. 88.

  27. Special Relativity • Restricted Principle of Relativity:“All laws of nature are the same in every uniformly moving coordinate system (CS).” (including that of every human observer) • Invariant c: The velocityof light,c, is alaw of physicsfor every CS. • Lorentz transformations: relate measurements made in co-moving frames No mention of the Cosmos, matter, or causes?

  28. Motion is Only Relative? • There is “no such thing as an independently existing trajectory, but only a trajectory relative to a particular body of reference.” Relativity, The Special and General Theory p. 10. • “Relativity” means that all motion and laws of motion are merely relative to any chosen observer or CS, not uniquely related to the matter and space of this Cosmos! • WRONG

  29. Space and Time • To keep c constant for the observer, “space” and “time” are made variable—as per the Lorentz transformations between frames.  = √ 1-v2/c2 • Einstein claimed he had thus rendered the ether “superfluous”. • He had merely changed the program: From describing the Cosmos to describing our conscious experiences!

  30. General Relativity • General Principle of Relativity: “All CSs (observers) are equivalent for the formulation of the laws of nature whatever may be their state of motion”. • Einstein tried to “relativize” gravity and acceleration—describe them as nothing but types of transformations between co-moving frames! No mention of the Cosmos or of physical causes!

  31. Space-Time Matrix • Attempted to produce a single set of “laws of nature” valid for any observer in any state of motion—including accelerated! • This didn’t work • Minkowski helped Einstein produce a second version: the space-time matrix • The “Cosmos” represented, reconstructed, as a set of space-time measurements made by observers—inside-out!

  32. Space-Time • Is not an objectivistic model of the physical Cosmos • It is a mathematical representation of the observers’ experiences and measurements. • It is subjectivistic in that it assumes that light travels at c relative to every observer • It’s “physical reality” is a set of observed “events” and the space-time intervals that observers measure between these “events”.

  33. The Space-time Interval • Simply adds a “timelike” imaginary 4th axis to Descartes’ 3 spatial axes • c2dt2 —the square of the distance light travels at c in the observer’s time • It is composed of the one thing that observers agree upon when c is absolute for each—the intervals that they measure between observed “events”. ds2=c2dt2-(dx2+dy2+dz2)

  34. Einstein on the Interval • “The chronotropic interval has no physical meaning or significance.” quoted by T. Levi-Civita, Nuovo Cimento, 13, 45 (1936).

  35. Space-Time Misunderstood “The space-time curvature around the Earth acts on fast or slow balls in exactly the same way. It tells these balls how to move.” No. Space-time is the observer’s 4-dimensional descriptionof the motion of objects in a gravitational field. Space-time does not causeanything!

  36. Berkeley Triumphant • Relativity, in original or space-time form, fulfills Berkeley’s program for a physics that merely described the rules that control our sensations and measurements. • Physics reduced to observer-based measurement concepts • Physical theory abandoned • Natural philosophy suppressed

  37. Relativity and QM • Science should just describe what the observer experiences and measures—the contents of his consciousness! • Science should not attempt to relate motion to the matter and space of the Cosmos • Science should not seek the underlying causes of quantum events.

  38. The Confusion • Physicists believe they can use the concepts in these models in a common sense way to describe and understand the nature of Cosmic reality and causes of Cosmic phenomena! • These models were not designed for that purpose!

  39. The Crux: Void vs. Ether • If the subjectivistic, observer-created reality is true, then there must be no evidence that there is any observer-independent space or Cosmos! • Space itself must have no physical qualities and must cause nothing. • But applied physics always requires observer-independent spatial frame-ether! • How does Relativity cover it up!

  40. No Ether? Space has nophysical qualities—it is a void. But in a void there could be: • Noresistance to acceleration • Nounique light velocity indep. of source • No limiting velocity for matter • No redshift of moving atomic spectra • No resolution of the twin/clock paradox—need third frame to break the symmetry • No physical cause of gravity, inertia, clock-slowing with velocity, or of anything! Unless all these things happen by MAGIC!

  41. Ether Physics vs. Relativity 8.6 years Sun  Centauri B 0.5c Light c 4.3 years What’s the relative velocity of the spaceship and the light in this Cosmos? What light velocity does the spaceship measure?

  42. Lorentz before Einstein • Lorentz Ether Theory: Relative velocity is 1.5c, however due to slowing of the ship’s clocks and shortening of its length caused by its velocity in Cosmic electromagnetic space, the ship’s crew will measure light’s velocity as c. • Einstein Relativity: Relative velocity is c because velocity c for light is a law of physics valid for all observers or frames.

  43. Relativity vs. Causality • Einstein’s Special Relativity (SR) retained Lorentz’s clock-slowing and length contraction effects, but dropped the Cosmic context and the cause! • Lorentz’s Theory works. • Does Relativity work?

  44. Twin Symmetry Paradoxes arise because Relativity claims that all motion is merely relative to any arbitrary frame of reference. Any two frames in relative motion have identical trajectories in each other’s CSs—in Relativity each twin can consider himself stationary and the other moving! A third frame is required to break thesymmetry! (clue: The Cosmos, ether, inertial space, etc.)

  45. Twin Paradox In Reality, it is always the twin who moves relative to the nearby celestial bodies (Cosmic distribution of matter) that is the younger one! Motion is NOT merely relative—it is Cosmic!

  46. Global Positioning System Paradox • If all motion is merely relative motion, why does the GPS system relate light velocity and clock-slowing ONLY to the non-rotating Earth frame? • Relativists claim “It’s just simpler!” • Maybe “simpler” implies “cause”! • Remember Copernicus?

  47. Aberration Paradoxes • If aberration were caused by relative motion only, then why don’t the stars in a binary system shift in their apparent positions in accordance with their varying velocities relative to the Earth-observer? • Stark’s experiment: the direction of light arriving from stationary and high-velocity moving atoms at the same location is identical. Ann. Phys. 4, 77 (1925).

  48. Aberration • Fact: Aberration is always and only due to the motion of the observer (in the frame in which light moves at c.)

  49. Sagnac Paradox • Around the circumference of a rotating platform (disc, Earth, etc.) light’s velocity is c +/- v. • Working principle behind laser gyroscopes. • Light travels East on Earth at c – rotational velocity, West at c + rotational velocity (465m/s at Earth’s equator). • Light travels at c in the non-rotating frame of the Earth! Not relative to any observer!

  50. Relativity is Wrong • Every trajectory is a unique path relative to near and distant distribution of matter in this Cosmos. • There is ALWAYS a preferred frame—the physical space/ether we call the local gravitational field • Light propagates at c relative to the distribution of matter, not the observer.