Temperature | Activity |
---|---|
Brownian thermostat set to some \(T\) | Brownian thermostat set to \(T=1\) |
Thermostat keeps \(T\) fixed | Activity raises temperature due to energy input |
The current repulsive Lennard-Jones may be too similar to hard-spheres, and may be unaffected by \(20 k_B T\) "jolts"
A softer potential may provide lower "barriers" that can be jumped with a \(20 k_B T\) "jolt"
Units of "Nucleoid Density" are not given
I can simulate using varied constant factors
Code mostly written, no simulations run yet