physics
Thermodynamics
Definition
The branch of physics dealing with heat and temperature and their relation to energy and work.
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Related Theories (9)
Arbitrary Quantum Classical Divide
Claims mainstream physics arbitrarily declared classical and quantum worlds work differently to avoid admitting error.
Biermann Battery Magnetic Field Generation
Biermann battery effect temperature gradient density gradient perpendicular battery mechanism generates magnetic fields laser plasma experiments supernova shock front universal magnetic field generation
Electromagnetic induction with back torque
Faraday's law and Lenz's law govern electromagnetic energy conversion with inherent losses
Entropy Reversal Breaking
Fusion process requires reversal of entropy to break limits creating cold nuclear radiation enabling time travel.
Holographic Universe Consciousness
Suggests our three dimensional reality is holographic projection of information on two dimensional surface with consciousness potentially being non-local
Implicate order
David Bohm's theory of an enfolded order underlying all manifest reality
Relativistic Refrigeration
New refrigeration technologies force cold flow hot relativistic motion heat pump air conditioning system changing thermodynamics laws
Sakarov Radiation Pressure Gravity
Gravitational attraction occurs via radiation pressure mechanism where bright objects in dark boxes repel by mutual radiation pressure while dark objects in bright boxes attract by mutual shadowing inverse square behavior
Thermodynamic limits on energy conversion
Fundamental physics principle that energy conversion efficiency cannot exceed 100%