Hyper-energy Theory

---Encompassing

Online Information and Downloads Relating to Hyper-energy Theory and its Applications.

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Coarse Outline

Hyper-Energy Theory is systematically derived from a historically overlooked physical principle that James Clerk Maxwell deduced (in 1865) in the course of attempting to formulate a theory of gravity that would be consistent with the unified view of electricity, magnetism, and light that his electrodynamic theory provided: Namely that the seemingly empty space of this universe behaves as if it was an energy medium, characterized by an enormous intrinsic classical energy density that somehow gets diminished in the vicinity of a electrically neutral bodies of matter. Thereby accounting for the binding energy liberated by gravitationally-bound matter systems.

Section files are now available for the forthcoming paper:

On The Classical Field Equations Governing the Origin and Evolution of the Space and Time and Particles of This Universe
(Styled for Phys. Rev. D15)

The Abstract through Section VI covers:
In Sections I through XI, three increasingly comprehensive, classical gauge-field theories (GFT1-3)are derived and shown to cover:
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Section Range Type Size(KB) Filename
The Abstract to Section VI PDF 2392 HyperEnergy_A_VI.pdf
ZIP 1076 HyperEnergy_A_VI_PDF.zip
The Abstract to Section III PDF 1567 HyperEnergy_A_III.pdf
ZIP 650 HyperEnergy_A_III_PDF.zip
Sections IV to VI PDF 674 HyperEnergy_IV_VI.pdf
ZIP 322 HyperEnergy_IV_VI_PDF.zip

Coming in September 2003:

Additional section(s) covering the third gauge field theory (GFT3) containing
qualitative descriptions of the application of hyper-energy theory to: Contact Information:

Robert E. Var, President
HyperSpace Solutions
130 Sheffield Road
Waltham, MA
02451-2323
(781) 891-4136
RvarSpace@alum.mit.edu