ρ is the density of final states (number of continuum states per unit of energy).
H is Hamiltonian mechanics which is based on gravity.
You need the light to keep going.
2017年5月29日月曜日
Fermi's golden rule
Planck length seems to be the golden ratio.
ρ is the density of final states (number of continuum states per unit of energy).
H is Hamiltonian mechanics which is based on gravity.
You need the light to keep going.
ρ is the density of final states (number of continuum states per unit of energy).
H is Hamiltonian mechanics which is based on gravity.
You need the light to keep going.
2017年5月4日木曜日
Event Horizon
S=k(4πR^2)/(2l)^2
This is Bekenstein–Hawking formula about black hole. 4πR^2 is event horizon which is the end of the universe. l is Planck length. It is about 1.616*10^-35(m).
They are symmetry. Entropy increases according to the length of black hole. It is chaotic.
v^2/2=GM/r
This is law of the conservation of energy. Kinetic energy is universal gravitation. If the horizon (r) were small, the gravity would increase. Therefore, the kinetic energy is faster to escape from the black hole. This is speed of light.
r=2GM/c^2
There is the horizon even in the speed of light. You can't escape from the black hole.
You need singularity for expansion of time and space.
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