Physics
Field equations
Definition
A set of ten equations in Einstein's theory of general relativity that describe the fundamental interaction of gravitation as a result of spacetime being curved by mass and energy.
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Related Theories (5)
Longitudinal Waves
A retelling of a longitudinal wave that utilizes direct energy transfer from scalar vector potentials as an adjunct to classical Maxwell field equations.
Negative Mass Engineering Application
Concentrating vacuum energy to create negative mass objects enabling propulsion without rocket fuel and time travel construction theoretically possible and accessible to advanced civilizations requiring unknown fields and breaking current understanding of quantum mechanics and gravity
Reverse Temporal Excursion
Travel to past is feasible through breaking Schwinger limit which destroys arrow of time enabling any temporal manipulation.
Schwarzschild Solution (Schwarzschild Metric)
The solution to Einstein's field equations that describes the gravitational field outside a spherical mass.
Unified Spacetime Propulsion
Proposes EM drive, warp drive, and wormholes are all manifestations of the same physics using spacetime manipulation for asymmetric thrust