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MCB 111: Mathematics in Biology - Shared screen with speaker view
Viet The Vu
40:12
The fact that the limit goes to 0 when x != 0 stems from the fact that when x approaches infinity, e^(-x^2) goes to 0 much faster than 1/x
Suyang Wan
41:12
@Viet sounds reasonable to me
Tianzhu Xiong
47:35
PS: You can replace 1/(sqrt(t)) with x and let x go to infinity
Tianzhu Xiong
01:07:15
Does there exist a certain threshold of noise when random walk overpowers the deterministic evolution?
Tianzhu Xiong
01:08:06
Or is this effect continuously dependent on the magnitude of noise?
Saiajay Chigurupati
01:20:01
thank you!