Intrinsic method

Comments

The intrinsic method has several consequences in physics:

  • It justifies the existence of a volumetric density of electromagnetic force in Maxwell's vacuum.
  • induces the presence, in E(3, C), of E. Cartan’s spinors at the three-dimensional Euclidean limit of the theory; this fact encourages to ask which information the method is teaching us on our every-day world.

  • It allows a relatively direct confrontation between the non-trivial decomposition of (eventually deformed) angular momentums and the initial data problem for Bowen-York-Lichnerowicz black holes.

See, for the documentation, e.g.:

  • [3 + 1 Formalism and Basis of Numerical Relativity; § 8.2.6, pp. 136-139; arXiv: gr-qc/0703035v1, 06 March 2007]

and, for the consequences proposed by the theory of the (E) question, my document:

  • Einstein-Rosen Proposition in 1935 Revisited”, in the English language on vixra.org.

  • It gives the possibility to build Hartree-Fock like states with the kerns of any decompositions; please have a look at [ISBN_150-9] on zenodo.org.

 

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© Thierry PERIAT.

Applications for the intrinsic method

James clerk maxwell big

Maxwell's vacuum New

There exist eectromagnetic forces in Maxwell's vacuum and it is possible to build a new vision in cosmology incorporating the concept of strings.
basic-tools

Element of length

Analyzing the element of length with the results provided by the intrinsic method.
Albert einstein 1144965 640

Revisiting the Einstein-Rosen proposition

Revisiting an old proposition made by Einstein and Rosen in 1935 concerning the eventual geometric nature of particles.
Man 4460206 640

Confronting the methods

Confronting the intrinsic and the extrinsic methods with the help of Helmholtz decomposition.