Galaxy: Difference between revisions
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We know the temperature, size and metallicity (the periodic elements that make up the star's composition) of those stars. And we also know the mass distribution of the Milky Way. | We know the temperature, size and metallicity (the periodic elements that make up the star's composition) of those stars. And we also know the mass distribution of the Milky Way. | ||
Our unique Stellar Forge system takes that information, rolls time backwards toward the Big Bang, and simulates from there the composition of hundreds of thousands of celestial bodies using the first principles that astrophysicists believe govern our universe. It uses the nebula hypothesis to simulate the composition and orbit of all the undiscovered stars, exoplanets, moons and black holes in our Milky Way galaxy. | Our unique [[Stellar Forge]] system takes that information, rolls time backwards toward the Big Bang, and simulates from there the composition of hundreds of thousands of celestial bodies using the first principles that astrophysicists believe govern our universe. It uses the nebula hypothesis to simulate the composition and orbit of all the undiscovered stars, exoplanets, moons and black holes in our Milky Way galaxy. | ||
We end up with a huge amount of technical information about each star and its planets, moons and asteroid fields, such as temperature, chemical composition and orbit. | We end up with a huge amount of technical information about each star and its planets, moons and asteroid fields, such as temperature, chemical composition and orbit. | ||