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*From*: marta zhango <martazhango@xxxxxxxxx>*Date*: Sun, 28 Apr 2024 18:46:32 -0700 (PDT)*References*: <643c7e96-552f-4ae5-ba67-84a2f2c390d3n@googlegroups.com>

Energy_Condition == \A I \in 1..n, k \in 1..m, l \in 1..L :

State_I \in {energy_level : energy_level = \epsilon(I)} => N[I][k] >= 0

/\ Microstates[I][k] \subseteq {microstate : microstate at energy level I}

I The energy level

k The macrostate

l The microstate

On Monday, April 29, 2024 at 1:22:58 PM UTC+12 marta zhango wrote:

How can I define State_I as the state at energy level \epsilon(I)} ?

State_I \in {energy_level : energy_level = \epsilon(I)}

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**References**:**[tlaplus] Defining State_I as the state at energy level \epsilon(I)***From:*marta zhango

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