project hot core

after mars and venus have been terraformed 

then it will take a very long time for that newly created atmosphere 

to leak into space 

but it will happen slowly on a human time scale 

so the industrial zone in the asteroid belt 

sends robots, industrial modules controlled by ai 

and solar cell satellites 

to mars 

those solar cell satellites orbit mars 

and send wireless energy to stations on the surface of mars 

a massive laser is built on the surface of mars 

that uses its laser to drill as deep as possible 

into mars 

and the laser melts the walls of that deep hole into glass 

which increases the efficiency of thst laser 

when that laser can't drill any deeper 

then the energy of that laser 

is pumped into the mantle of mars 

which heats up the mantle 

which in turn heats up the metal core of mars 

until that metal core melts 

which will create a magnetic field 

around the atmosphere of mars 

which will prevent the atmosphere from leaking frim mars 

similar projects will be built on venus 

project icefall

terraforming planets requires moving mass 

accross the solar system 

robots and industrial modules 

controlled by ai 

and solar cell satellites and/or nuclear reactors 

are sent with reusable rockets 

to the asteroid belt in the solar system 

and those robots and industrial modules 

produce more robots, industrial modules, 

solar cell satellites and nuclear reactors 

on those asteroids 

and those robots extract more matter 

from those asteroids 

while orbiting solar cell satellites 

and/or nuclear reactors on the surface 

powers that industrial activity 

and an ever increasing amount 

of robots and industrial modules 

controlled by ai 

and solar cell satellites and/or nuclear reactors 

are sent with reusable rockets 

from the asteroid belt 

to the ice moons in the solar system 

and those robots and industrial modules 

build maglev rails 

which functions as mass accelerators 

on the surface of those ice moons 

and those robots and industrial modules extract water ice 

from the surface of water ice moons 

and split that ice into oxygen and hydrogen 

while robots and industrial modules 

extract nitrogen ice 

from nitrogen ice moons 

while orbiting orbiting solar cell satellites 

and/or nuclear reactors on the surface 

powers that industrial activity 

the mass acclerators on water ice moons 

sends packets of oxygen ice 

to mars and venus 

and the mass accelerators on notrogen ice moons 

sends packets of nitrogen ice to mars 

the ice packets are very large 

and possibly partly encased with a protective shield 

of metal or carbon 

to protect them prom cosmic particles 

while travelling through space 

the oxygen ice packets burn up 

in the atmosphere of mars 

which increases the amount of oxygen atmosphere of mars 

the nitrogen ice packets burn up 

in the atmosphere of mars 

which increases the amount of nitrogen atmosphere of mars 

the oxygen ice packets burn up 

in the atmosphere of venus 

which increases the amount of oxygen atmosphere of venus 

and the oxygen reacts with methane 

in the venus atmosphere 

so that water and carbon dioxide is created 

and the water rains down to the surface of venus