The GPE released will be converted to the increase in angular momentum; L=I(w2-w1) where I = 2/5*m(R2^2-R1^2), R1 is the geometric mean radius of the distributed helium mass before the collapse and R2 is the geometric mean radius of the condensed helium core, w1 is the initial angular momentum and w2 is the angular momentum after the collapse.
Whoa.
brb
1 bar?
Pity.
Spectacular stuff. Are these visible light images, or "colorized" RF stuff?
Worth every penny, or gram of payload, or increment of bandwidth, I'd say.
Ooh! Ooh! OOH! Pick me, I got it!
I don't got it….
To an observer outside the planet, none.
The GPE released will be converted to the increase in angular momentum; L=I(w2-w1) where I = 2/5*m(R2^2-R1^2), R1 is the geometric mean radius of the distributed helium mass before the collapse and R2 is the geometric mean radius of the condensed helium core, w1 is the initial angular momentum and w2 is the angular momentum after the collapse.
Oh! I'm sorry! This is abuse!
Zombie Dewey stole my work…
Spinning, you have no choice
https://youtu.be/9otg_Cm50RE