¿Einstein’s
Final Quest –
Fulfilled at Last?
Dear Reader,
After
his publication of his universal gravitational field equations – his “General
Theory of Relativity – in my humble opinion perhaps the greatest intellectual
achievement in human history to-date – Einstein spent the rest of his life
working to discover a “theory of everything” in the sense of a system of
equations that would unify the then-known forces of nature; principally the gravitic
and electromagnetic forces.
Despite
years of effort toward his goal, Einstein died before he could fulfill this,
his final quest – his quest for this “Unified Field Theory”.
Discussions
of Einstein’s published progression of “Unified Field Theory”
equations-systems, each advancing further towards Einstein’s goal, are hard to
find today. The official mantra on
Einstein’s efforts is that they all “failed [absolutely]”.
But
“absolute” failure, in science, is no more prevalent than “absolute”
success. The ‘Rocke-Nazis’ appear to
have ordered an early “cancel-culture cancellation” and outlawing of any and all
discussion of Einstein’s final achievements within the, “respectable” – i.e., ‘Rocke-Nazi’-controlled
– “scientific establishment”. One has to
wonder: ¿Why?
Recently,
Phys.org, in an article by Jussi Lundgren, reported on a potential breakthrough
to the kind of unified theory that Einstein sought for so long: “Finally, it
seems that we have found a unified framework to accommodate the theory of
electricity and magnetism within a purely geometric theory. This means that electromagnetic and gravitational forces are
both manifestations of ripples and curvatures in spacetime geometry.”
The
above claim is startling, in that the main line of recent physicists’ efforts
to find a “theory of everything”, by unifying General Relativity with Quantum Mechanics,
start from the Quantum Mechanics side, and try to incorporate General
Relativity from that side.
Few
physicists have sought to reach unification starting from the General-Relativistic
“geometrodynamics” side; that has been a neglected approach.
The
article’s writer continues “In our approach, electric charge and electric
currents, as well as electromagnetic forces, are seen as purely geometrical and
immanent properties of spacetime itself, and not as some external objects. … . It turns out that the four-dimensional
electromagnetic potential is really a building block of the metric tenor of
spacetime. … . When the variation of the
metric tensor is optimized using functional derivatives, the necessary
optimality conditions yield a new, nonlinear generalization of Maxwell’s
equations.”
We
have long been suspicious how, while most of the major “laws of nature”
equations are nonlinear – e.g., take form as nonlinear
partial differential equations, including the Navier-Stokes Equations for
hydrodynamics, the Vlasov Equation for plasma dynamics, and the ten
simultaneous quadratic nonlinear differential equations of Einstein’s General
Theory of Relativity itself – that, among them, only the Maxwell Equations for
the dynamics of the electromagnetic field, and the Schrödinger Equation of
Quantum Mechanics, are linear differential equations.
The
writer continues “In the classical theory of electromagnetism, Maxwell’s
equations governing [M.D.: note reification/inversion] electric and magnetic
fields are linear partial differential equations. In our approach, optimal metrics are required
to be harmonic, which gives nonlinear field equations for the electromagnetic
potentials, and Maxwell’s equations as a special linear case. The field equations then give the correct dynamics
for the electromagnetic field.”
Next,
the author notes something that, to my reading, must have implications for
Quantum Mechanics, for “Standard Model particles”, and for the linear version of the Schrödinger Equations
family: “We discovered that on top of the new nonlinear field equations,
electric charge is related to the local divergence or compression of spacetime. Charge is therefore a field, which has its
own laws of motion.”
There
are other recent attempts at realizing Einstein’s Unified Field Theory that
have achieved similar results, and even more, in terms of nonlinear generalizations
of Quantum Mechanics, such as that of the late Mendel Sachs, which I plan to address in future
blog-entries on this topic.
For more
information regarding these
Seldonian insights, and to read and/or download, free
of charge, PDFs and/or JPGs of Foundation books, other texts, and images, please see:
For partially pictographical, ‘poster-ized’ visualizations of many of these Seldonian insights -- specimens of ‘dialectical art’ – as well as dialectically-illustrated books
published by
the F.E.D. Press, see –
https://www.etsy.com/shop/DialecticsMATH
¡ENJOY!
Regards,
Miguel
Detonacciones,
Voting Member, Foundation Encyclopedia Dialectica [F.E.D.];
Elected Member, F.E.D. General Council;
Participant, F.E.D. Special Council for Public Liaison;
Officer, F.E.D. Office of Public Liaison.
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