Description:

Albert Einstein
n.p., ca. 1940s
Albert Einstein Formalizing Final Approach To Unified Field Theory, With 13 Mathematical Equations! PSA Slabbed
AM

A 1p autograph manuscript in German written in the hand of Nobel Prize-winning physicist Albert Einstein (1879-1955). N.d. but ca. 1940s. N.p. The scientific manuscript is bursting with more than a dozen mathematical equations and includes a handful of original edits, cross-outs, and rewrites. The page is numbered p. 9 and appears to be from a larger work. Encapsulated and PSA/DNA certified authentic. Expected wear including light even toning. Minor chipping at the lower corners. A partially rusted paper clip impression is located at upper left. Else near fine. Ink is bold and clear. The actual size of the page measures 8.5" x 10.875" while the slab measures 9.75" x 13.25" x .25." Accompanied by a full translation and transcription viewable in the accompanying images.

Einstein significantly reduced the number of articles he wrote during World War II and basically published nothing on Unified Field Theory (UFT) during the period. But as the present manuscript demonstrates, Einstein was in fact actively at work developing a new approach to UFT. Einstein's late work with asymmetric field theories has been underexplored by scholars, and no full record exists of the different versions of the theory he tried out. Though the present manuscript was abandoned, it nonetheless shows some of Einstein's earliest thinking and works on asymmetric UFT. Einstein manuscripts of such caliber and scientific importance are now very rare on the market, and its date makes it especially desirable.

Einstein begins the page by outlining "some formal formations and relationships," writing in part: "The decisive formal difference of the spatial structure considered here compared to the Riemann structure, lies in the existence of tensors of the first order of differentiation…" He then goes on to outline various components and derivations of the tensor with numerous equations.

Einstein here appears to be at an early stage of his work with such asymmetric UFT. There is a pristine and expansive quality to this composition which one does not find in later versions of Einstein's UFT: it is as if he were here first thinking through the necessary steps and structure such a "thought experiment" requires. Proposing to detail "some formal structures and relationships" of the tensor logic he will be using in his field formulas, Einstein here announces with a straightforward simplicity that the spatial structure he is considering will formally differ from Riemann Space with regard to its internal differentiability. Einstein then proceeds to articulate at considerable length the mathematical nature of his tensor component.

As the text itself evidences – with its deletions, additions, and emendations – this manuscript is a work in progress. Much of what we see detailed here will later become standardized or routinized or taken for granted in later versions of Einstein's asymmetric UFT. Though Einstein ultimately abandoned his work on this paper – we do not find a similar text among his published works -- it appears to represent an early approach to what would become his famous 1945 UFT paper "Generalization of the Relativistic Theory of Gravitation" (Weil 215).

In the early 1940s, Einstein began trying to formulate UFT in a manner "analogous to the gravitational equations of the General Theory of Relativity." Returning to a 4-dimensional basis for UFT, Einstein sought to extend the mathematical framework of General Relativity and thus evidence electromagnetism as a derivative subfield of gravity. Einstein began working on a class of covariant field theories where the metric tensor supported both complex and asymmetric components. (It was Einstein's hope that the symmetric and antisymmetric components of the metric would somehow provide the formal support for gravitational and electromagnetic forces respectively.) Beginning with a natural generalization of Riemannian symmetric space from real manifolds to complex manifolds (preserving an inversion symmetry at every point), Einstein successively tried out increasingly asymmetric versions of the metric tensor. As the mathematics of asymmetric metric tensors was less well understood than the standard Riemannian metric of General Relativity, Einstein had to "feel his way forward" as he learned how to work with such asymmetric metrics and what to expect from them. Einstein's late efforts at UFT are extremely abstract "thought experiments" – intensely mathematical works composed in the hope of finding a correlate physical connection – and many of them foundered or were abandoned either because of problems with their formalism or because they were ultimately found to be incompatible with empirical reality.

This item comes with a Certificate from John Reznikoff, a premier authenticator for both major 3rd party authentication services, PSA and JSA (James Spence Authentications), as well as numerous auction houses.

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  • Dimensions: slabbed: 9.75" x 13.25" x .25"
  • Medium: AM

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