JDrudge
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1. How do we accurately measure the temperature in space? To my knowledge, temp. measurment depends on some type of conduction to take place. How does that happen in vacuum space?
2. Could gravity simply be large scale effect of temperature differences and the fact that suns continually heat orbiting matter while space continually cools it? In other words, do we attract to the Earth like condensation to a glass (rain)?
3.And how about electrostatic? Certainly the rotation of a planet against an atmosphere and space must generate some amazing static cling.
day/night = black/white = Rotation (ie: radiometer)
matter/vacuum = hot/cold = Condensation
Rotation=Friction=Electrostatic Energy
Condensation=Water=Oceans
Electrostatic Energy+Oceans=Atmosphere
2. Could gravity simply be large scale effect of temperature differences and the fact that suns continually heat orbiting matter while space continually cools it? In other words, do we attract to the Earth like condensation to a glass (rain)?
3.And how about electrostatic? Certainly the rotation of a planet against an atmosphere and space must generate some amazing static cling.
day/night = black/white = Rotation (ie: radiometer)
matter/vacuum = hot/cold = Condensation
Rotation=Friction=Electrostatic Energy
Condensation=Water=Oceans
Electrostatic Energy+Oceans=Atmosphere