trevorjohnson83
Gold Member
- Nov 24, 2015
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Heat and the universe
The one main element that is universal is heat. Even empty space (which really isn't empty) has a background temperature and density from the heat squeezing on the universal medium.
A gravity field is heat and density at a standstill. Since it originates at the nucleus we can assume the nucleus is very dense and hot itself. Unlike energy which is heat and density expanding to areea's that are cooler, the heat and density of a gravity field is at a standstill. We can then assume the cold background temperature of near empty space actually originates from a core nucleues to our own universe. This would explain away how much matter is actually in the universe.
When we look at an explosion like the big bang or a supernovae, we can assume that a sudden change in temperature is responsible for the sudden expansion of density and heat. If the outside of the universe had suddenly changed temperatures from departing a 'warmer' area, this would release a lot of heat and density for the universe to expand and be habitable.
Energy is an area of heat/density that has been set free from a source of density, whether its fusion or a lightbulb. If you bang something long enough it heats up because you are converting momentum energy into heat/density at the spot of banging.
When energy that has temperature and is free moving enters the gravity field of the nucleus, it penetrates up to the point that matches the temperature of heat and density coming from the nucleus, then gets stuck in the appropriate shell for reasons unknown.
When the heat and density of two gravity fields touch, they squeeze on each other and pull together the two masses based on there size.
The one main element that is universal is heat. Even empty space (which really isn't empty) has a background temperature and density from the heat squeezing on the universal medium.
A gravity field is heat and density at a standstill. Since it originates at the nucleus we can assume the nucleus is very dense and hot itself. Unlike energy which is heat and density expanding to areea's that are cooler, the heat and density of a gravity field is at a standstill. We can then assume the cold background temperature of near empty space actually originates from a core nucleues to our own universe. This would explain away how much matter is actually in the universe.
When we look at an explosion like the big bang or a supernovae, we can assume that a sudden change in temperature is responsible for the sudden expansion of density and heat. If the outside of the universe had suddenly changed temperatures from departing a 'warmer' area, this would release a lot of heat and density for the universe to expand and be habitable.
Energy is an area of heat/density that has been set free from a source of density, whether its fusion or a lightbulb. If you bang something long enough it heats up because you are converting momentum energy into heat/density at the spot of banging.
When energy that has temperature and is free moving enters the gravity field of the nucleus, it penetrates up to the point that matches the temperature of heat and density coming from the nucleus, then gets stuck in the appropriate shell for reasons unknown.
When the heat and density of two gravity fields touch, they squeeze on each other and pull together the two masses based on there size.