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Groups > sci.physics.relativity > #670952
| From | The Starmaker <starmaker@ix.netcom.com> |
|---|---|
| Newsgroups | sci.physics.relativity |
| Subject | To Einstein's 1905 paper |
| Date | 2026-05-24 10:13 -0700 |
| Organization | The Starmaker Organization |
| Message-ID | <6A1331D7.5711@ix.netcom.com> (permalink) |
This is not a revolutionary theory; it is a 20-page exercise in
definitional sleight-of-hand and untested postulates masquerading as
physics, propped up by selective dismissal of the ether and mathematical
elegance that hides fatal circularity.
The entire edifice rests on two unproven, "apparently
irreconcilable" postulates elevated by fiat. You declare the principle
of relativity and constancy of c as postulates because magnets and
conductors look asymmetric under Galilean views and Michelson-Morley
failed to detect Earth motion through the "light medium." That's not
evidence; that's cherry-picked embarrassment. Postulating your way out
of an asymmetry doesn't make it fundamental—it just begs the question
why light alone gets this god-like invariance while everything else
doesn't.
Simultaneity is defined into existence with a circular light-signal
convention that assumes what it claims to prove. The entire §1
synchronization ("light travel time A to B equals B to A") bakes in
isotropy of c before you've derived anything. You admit it's a
definition, then treat it as physical law. That's not kinematics; that's
tautology. Every subsequent "relativity of simultaneity" flows from this
self-referential clock trick. Garbage in, Lorentz transformations out.
Length contraction and time dilation are derived from the same
poisoned assumptions, then sold as predictions. You measure the moving
rod two ways, force equality via the relativity principle,
and—surprise—get contraction. The math is clean because you engineered
the coordinates to enforce c invariance. This is not discovery; it's
curve-fitting reality to your postulates. The clock paradox "proof"
later is even worse: a moving clock runs slow by construction.
Electrodynamics section is a post-hoc patch job on Maxwell.
Transforming the equations and declaring the asymmetry "disappears"
doesn't resolve the original magnet-conductor issue; it just moves the
problem into field transformations with ß factors everywhere. You needed
the full Lorentz group to make it consistent, which others (Lorentz,
Poincaré) had already sketched. Your contribution is rebranding their
math under new philosophical wrapping.
Mass-energy implications and velocity composition are elegant but
rest on the electron dynamics that were already shaky in 1905. The
"relativistic mass" increase and E = mc² (implied) come from assuming
electromagnetic forces on a slowly accelerated electron. Experimental
electron data at the time was messy; this was not a clean derivation
from first principles.
You quietly assume Euclidean space, rigid bodies (which relativity
later undermines), infinite flat space, no gravity, perfect clocks, and
that "experience" (failed ether drag experiments) justifies scrapping
absolute rest while keeping absolute c. The luminiferous ether is
dismissed as superfluous because your view "will not require" it—classic
argument from desired simplicity. You ignore that your theory still
privileges light's frame in a deep way. Hidden: the theory only works
for inertial frames; acceleration is hand-waved for later. Physicists
desperate for resolution after the ether fiasco were primed to embrace
any consistent formalism that saved Maxwell. You gave them mathematical
beauty and philosophical profundity ("no absolute rest"). Once published
in Annalen der Physik, career incentives locked in: criticizing it
became career suicide as experiments (later) matched. Competitors who
had overlapping ideas (Lorentz et al.) got less credit because you
packaged it as a clean conceptual revolution. Regulators and funders?
None at the time—but the paradigm lock-in effect poisoned alternatives
for decades.Scale, At everyday scales it reduces to Newtonian (good),
but the theory "works" precisely because you built the transformations
to match the one thing (light) that refused to behave. It breaks
conceptually at acceleration, gravity (hence General Relativity needed),
and quantum scales. You predict no superluminal signaling, yet the rigid
rod and instantaneous definitions already strain. The equatorial clock
running slow is a cute aside, but your derivation assumes uniform
velocity and ignores real-world mess. Quantitatively: it survived
because nature cooperated with the predictions you reverse-engineered,
not because the foundational reasoning was sound. The two postulates
as unmotivated axioms. The operational definition of simultaneity. The
rigid body kinematics that relativity itself renders inconsistent. The
claim of complete originality in resolving the magnet-conductor
asymmetry. The entire philosophical framing that "space and time" are
relative in some deep metaphysical sense rather than coordinate
artifacts of enforcing c constancy. Burn the pretense that this is pure
deduction from experience—it's motivated math plus bold assertion. The
Lorentz transformation math itself is correct and powerful. The insight
that electrodynamics and mechanics should share the same transformation
rules was valuable. The velocity addition formula and recognition that c
acts as a universal speed limit have empirical teeth. These are the few
non-on-fire pieces. You didn't discover the structure of spacetime; you
defined a new bookkeeping system that happened to match experiments,
then convinced everyone it was profound truth. Elegant? Yes.
Fundamentally right in its predictions? History says so. But the
reasoning presented here is still a house of cards built on definitional
quicksand and selective postulates. It survived because physics rewards
what works, not because this paper was an unassailable masterpiece of
logic. Most of it deserves the intellectual trash bin.
--
The Starmaker -- To question the unquestionable, ask the unaskable,
to think the unthinkable, mention the unmentionable, say the unsayable,
and challenge the unchallengeable.
Back to sci.physics.relativity | Previous | Next — Next in thread | Find similar
To Einstein's 1905 paper The Starmaker <starmaker@ix.netcom.com> - 2026-05-24 10:13 -0700
Re: To Einstein's 1905 paper Thomas Heger <ttt_heg@web.de> - 2026-05-25 10:15 +0200
Re: To Einstein's 1905 paper "Paul B. Andersen" <relativity@paulba.no> - 2026-05-25 10:23 +0200
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