Ross Finlayson
2024-06-08 04:44:12 UTC
Moment and Motion: mathematical motion, planetary statics
Motion mathematically and mathematical motion, points and space,
modern theory, variable acceleration, Davies, the exponential and
repetitious analysis, infinitely-many orders of acceleration, infinitary
invariants, weather, planetary electrodynamics, Galilean and Lorentzian
invariants, energy and forms, lightning, Schumann resonances,
fluid model of electricity, derivations of electrical potential,
superfluid models of electricity, inertia and momentum, Coriolis,
effects, the magnetospheric plasma sheath, Debye length,
Higgs and Little Higgs, the magnetopause, electronic gyrofrequency,
ambipolar flow, relativistic equivalence principle, Oya and Sen on
the magnetosphere plasma wall, the plasmapause, Pluto and Triton,
Medieval philosophy, Grosseteste on theories of light and continuity,
asymptotic density, large numbers, independent discoveries,
Schnirelmann density, infinity, Zeno's continuum.
Motion mathematically and mathematical motion, points and space,
modern theory, variable acceleration, Davies, the exponential and
repetitious analysis, infinitely-many orders of acceleration, infinitary
invariants, weather, planetary electrodynamics, Galilean and Lorentzian
invariants, energy and forms, lightning, Schumann resonances,
fluid model of electricity, derivations of electrical potential,
superfluid models of electricity, inertia and momentum, Coriolis,
effects, the magnetospheric plasma sheath, Debye length,
Higgs and Little Higgs, the magnetopause, electronic gyrofrequency,
ambipolar flow, relativistic equivalence principle, Oya and Sen on
the magnetosphere plasma wall, the plasmapause, Pluto and Triton,
Medieval philosophy, Grosseteste on theories of light and continuity,
asymptotic density, large numbers, independent discoveries,
Schnirelmann density, infinity, Zeno's continuum.