> MovingDimensionsTheory
> by The Professor in Black
>
> ABSTRACTMovingDimensionsTheorypostulates that the fourth dimension is
> expanding relative to the three spatialdimensions:
>
> MDT provides a physical model underlying both quantum mechanics and
> relativity, as well as statistical mechanics, entropy, the universe’s
> expansion, and time’s arrows.  MDT’s simple postulate and equation
> account for quantum mechanics’ action-at-a-distance and relativity’s
> length contraction, as well as entanglement and the equivalence of
> mass and energy.  MDT provides a simple physical model showing that
> diverse dualities—wave/particle, time/space, and mass/energy—all
> originate from the same principle.  MDT provides a physical model
> underlying entropy and unifying time’s thermodynamic, classical,
> quantum, and radiative arrows.  Thetheoryaccounts for the
> gravitational redshift and the gravitational slowing of clocks, while
> showing why there is no need to quantize gravity as no physical
> entities are transferred in gravitational alterations of energy.  MDT
> presents a simple model accounting for the constant velocity of light,
> the fact that the maximum velocity through space is c, and the fact
> that c is independent of the velocity of the source, as MDT considers
> photons as matter surfing the fourth expanding dimension.  Nonlocality
> is accounted for by an expanding fourth dimension that is inherently
> nonlocal via its continual expansion, and MDT shows that this
> fundamental expansion is the origin of quantum mechanic’s
> probabilistic and nonlocal features.  MDT provides a physical model
> for time—time is not the fourth dimension, but rather a phenomenon
> that emerges from a physical reality wherein the fourth dimension is
> expanding relative to the three spatialdimensions.  Indeed, Einstein
> never said that time is the fourth dimension, but rather he and
> Minkowski stated x4 = ict.  Thetheoryresolves the EPR paradox while
> also liberating us from the block universe implied by Einstein’s
> relativity, and characterized by Godel.  Relativity freezes the
> expansion of the fourth dimension, only ever considering instantaneous
> snapshots of the universe.  Quantum Mechanics treats the fourth
> dimension as a dynamical element, and hence quantum mechanics is a
> science defined by flux—by differential operators.  Nonlocality and
> the relativity of simultaneity derive from the fundamental expansion
> of the fourth dimension, which distributes a local point into a
> nonlocal probability distribution at the rate of c.  Hence a photon’s
> motion is described by a spherically-symmetric probabilistic wavefront
> expanding at c; as a photon is but matter that exists entirely in the
> fourth expanding dimension.  An act of measurement removes the photon
> from expanding fourth dimension, localizing it.
> Again and again throughout nature we see MDT’s fundamental action—
> local points becoming nonlocal spherically-symmetric wavefronts of
> probability, wherein every point on the surface, while distributed
> evenly throughout the three spatialdimensions, are yet at the same
> singular point in the fourth expanding dimension.
> dx4/dt = ic.
>
> MOVINGDIMENSIONSTHEORY
>
> MovingDimensionsTheoryIntroduction:  7
> MDT’s Fundamental Clues       9
> MDT is in Complete Agreement with Quantum Mechanics and Relativity      13
> 3.      The Derivation of Einstein’s Relativity fromMovingDimensionsTheory 15
> Photons Remain Stationary in The Fourth Expanding Dimension     21
> The Block Universe, Free Will, & MDT        23
> Einstein’s Credo      23
> On the Advancement of Physics by the Rugged Individual  25
> 3.      Time as an Emergent Phenomenon  27
> Simple Proofs of MDT    31
> Nonlocality and Relativity United by MDT’s Physical Model     33
> On The Photon’s Null Vector   35
> MDT Underlies Huygen’s Principle & Feynman’s Many Paths 37
> Various proofs of MDT & Einstein on the Nature of PhysicalTheory:  41
> MDT & the Unity of The Dualities    45
> Time’s Arrows Unified 49
> A Physical Model for Entropy    55
> Godel’s Block Universe Paradox Resolved!      57
> Unification of QM and Relativity        59
> Einstein’s Annus Mirabilis & MDT: The Photon Holds The Key to QM &
> Relativity, & Time’s Arrows       61
> MDT: The Best-TestedTheoryof All Time 65
> MDT PERVADES NATURE: MDT DIAGRAMS AND FIGURES   72
> Number ofdimensions   80
> Time’s Arrows 82
> Are StringTheoryand LQG Even Asking Good Questions?   83
> Blaming StringTheoryon Einstein       85MovingDimensionsTheory& Huygens’ Principle     87
> MDT & Brian Greene’s Elegant Universe     89
> MDT Original Paper:     93
> Unification of QM and Relativity        95
> A Dialogue with Lee Smolin /MovingDimensionsTheory  99
> MDT is Enlightening Roger Penrose       105
> ARE NEW IDEAS IMPORTANT IN PHYSICS?     111
> Einsetein’s 1912 Manuscript on Relativity & MDT   135
> Why Gravity is not Quantized and Electromagetism Is     139
> MDT Calls Out StringTheory’s Bold Fraud & Massive Groupthink
> Boondoggle      141MOVINGDIMENSIONSTHEORY& THE GRAVITATIONAL REDSHIFT       149
> MDT, Clocks, Light, and TIME    150
> WHY GRAVITY IS NOT QUANTIZED, WHILE E&M IS, PART II 153
>
> MovingDimensionsTheoryIntroduction:MovingDimensionsTheorypostulates that the fourth dimension is
> expanding relative to the three spatialdimensions:
>
>  A local point in the fourth dimension expands at the rate of c,
> defining a spherically-symmetrically expanding wavefront in threedimensions, while yet retaining absolute locality as a single point in
> the fourth dimension.  This explains both why photons never age
> (relativity), and why two initially interacting photons can yet be
> entangled, no matter how far they travel apart in threedimensions.
> MDT provides a physical model underlying both quantum mechanics and
> relativity, as well as statistical mechanics, entropy, the universe’s
> expansion, and time’s arrows.  The simple postulate accounts for
> quantum mechanics’ action-at-a-distance and relativity’s length
> contraction, as well as entanglement and the equivalence of mass and
> energy.  MDT provides a simple physical model showing that diverse
> dualities—wave/particle, time/space, and mass/energy—all originate
> from the same principle.  MDT provides a physical model underlying
> entropy and unifying time’s thermodynamic, classical, quantum, and
> radiative arrows; while accounting for the gravitational redshift and
> the gravitational slowing of clocks.  MDT presents a simple model
> accounting for the constant velocity of light, the fact that the
> maximum velocity through space is c, and the fact that c is
> independent of the velocity of the source, as MDT considers photons as
> matter surfing the fourth expanding dimension.  Nonlocality is
> accounted for by an expanding fourth dimension that is inherently
> nonlocal via its continual expansion, and MDT shows that this
> fundamental expansion is the origin of quantum mechanic’s
> probabilistic and nonlocal features.  MDT provides a physical model
> for time—time is not the fourth dimension, but rather a phenomenon
> that emerges from a physical reality wherein the fourth dimension is
> expanding relative to the three spatialdimensions.  Thetheory
> resolves the EPR paradox while also liberating us from the block
> universe implied by Einstein’s relativity, and characterized by Godel;
> and it provides a physical model accounting for entanglement, which
> has benn verified in physical experiment, while showing that the block
> universe isn’t real—which it of course it isn’t, as a) we have free
> will and b) we have never been visited by people from the future.
> Relativity freezes the expansion of the fourth dimension, only ever
> considering instantaneous snapshots of the universe.  Quantum
> Mechanics treats the fourth dimension as a dynamical element, and
> hence quantum mechanics is a science defined by flux—by differential
> operators.  MDT shows that gravitational and inertial mass are one and
> the same, and it also unifies gravity and quantum mechanics with a
> simple model, while showing that there is no need to quantize gravity,
> as never are any physical quanta of mass nor energy physically
> transmitted in gravitational alterations of energy.  MDT naturally
> accounts for the gravitational redshift and the acceleration of
> objects in a gravitational field.
>
> MDT’s Fundamental Clues
> Einstein stated that curiosity is more important than knowledge, but
> all too often modern physicists forget to ask fundamental questions.
> Below is a list of question that neither LQG nor stringtheory, nor
> any other “professional” research programs, ask.  Indeed, as subprime
> bureaucracies have grown and politics has replaced physics, asking
> questions has been deemed impolite. But we press on, regardless!
> Imagine a simpletheorythat both asked and answered the following
> questions:
>
> 1. Why is light’s velocity a constant c?
> 2. Why is light’s velocity c independent of its source?
> 3. Why is it that nothing can travel faster than c.
> 4. Why does a photon, which travels at c, not age, while defining
> simultaneity.
> 5. Why are energy and mass are equivalent.  E=mc^2
> 6. Why are all of time’s arrows point in the same direction—towards
> dissipation and entropy.
> 7. Why do so many physicists say time is the fourth dimension, when
> Einstein never said the fourth dimension x4 is time.  He said x4 =
> ict.
> 8. Why can matter can appear as energy or mass?
> 9. Why is it that when matter appears as energy, it propagates at c
> through space.
> 10. Why does all matter have particle—local—and wave—nonlocal—
> properties.
> 11. Why does all energy have particle—local—and wave—nonlocal—
> properties.
> 12. Why is it that when matter appears as stationary mass, it
> propagates at c through the fourth dimension.
> 13. Why is it that when matter appears as energy, it propagates at c
> through the fourth dimension.
> 14. Why is it that to move at c through space is to stand still in the
> fourth dimension.
> 15. Why is it that to move at c through the fourth dimension is to
> stand still in space.
> 16. Why is it that all objects move at but one speed through spacetime—
> c.
> 17. Why is the universe is expanding.
> 18. Why ...
>
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