This is a fun sci fi of what ifs and how I’d go about doing it. Cheers to a happy new year!

If we heated the moons core to the point of active volcanoes. Would the added pressure of heat create enough gravity for a thin atmosphere.

This is related to my chemistry theory. Where gravity depends on the heat and size of the core.

If I were to try to heat the moons pole with a giant laser I would make gigantic laser parts that assemble in space into one completed mega laser. This laser will be capable of cutting to the core where its heat turns the solid core magma.

With the added heat of the moon I theorize gravity would increase. Due to my fascinating guess of heat creates more pressure. Weight creates heat. And that heat generates a stronger EMF that would in my theory push further away from the pressure of the earths center.
 
I theorize the two pressures of the EMFs push off each other because of the heated cores. The moon is theoretically so big its core is heated due to gravity crushing itself.
I theorize gravity is a force but not exactly right like .33 repeating. Imagine no cooled surface were there and it was just magma and magma. Now I can try to create the picture how the steam would push off each other. I know it’s more than steam it’s gravity heat pressure and EMFs. Just theorizing in 2025 for my first post.
 
I just googled the temperature of the moon is 260 degrees Fahrenheit. This is really cool news perhaps with constant moisture and gas emitted we could calculate how much the core needs to expand per hour. If the center is heated and constantly expanding. How hot would we have to turn an iron core to produce enough heat that will make matter expand for a long period of time creating active volcanoes.

I theorize it would be easier than we think to get 14.7 psi on the moon but would it be the right temperature. Due to gravity being less I theorize it will take that much more percent of moisture and gas to creat the wanted 14.7 psi atmosphere found on earth.
 

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