Binary Supernova Simulations

00:00
Blender Simulation 1
Looks good, but not very accurate,
but accurate enough.

00:45
Blender Simulation 2
The red bodies attempt to deflect the others
into orbit amidst pulses from the main body ejecting
the lighter bodies into potential orbital altitudes.
The real sim went on for most of an hour.

01:15
orbit-game-7
one of an inifinite number of potential solar systems
easily generated when one of a binary star goes supernova.

02:55
Blender Simulation 1, results
In my first attempt, the larger planets held their
momentum and retained wider orbits than some of the
smaller planets which naturally found inner orbits.
Estimated error margin 10%.

03:15
Blender Simulation 2, results
The bright ball does some orbits amidst the chaos.
Estimated chance of orbital success:
less than 1 tenth of a percent for one body, recurring...

03:40
orbit-game-7
Solar Systems can form within 1 century, though
often it takes 5000 years to stabilize the inner
solar system. The threshold between various orbital
structures hinging on the virtually random inner
nature of the explosion of the supernova.
Error margin less than 1 tenth of a percent

http://www.flight-light-and-spin.com/orbit-game-7.exe
http://www.flight-light-and-spin.com/how-solar-system-formed.htm

04:20
Forward:
orbit-gravity-sim-18
currently under construction.

Urge the guys at Blender to give us a
more accurate model with more decimals.

http://www.flight-light-and-spin.com
for latest results.