Multithermal donor-acceptor networks with Marcus hopping support steady-state cyclic electronic currents and electrothermal transistor amplification controlled by local site temperatures.
In a multithermal R3 network, the direction and magnitude of the cyclic flux Jc = J1,2 −J 2,1 = J2,3 −J 3,2 = J3,1 −J 1,3 can be altered by tuning the temperature T3
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Electrothermal Transistor Effect and Cyclic Electronic Currents in Multithermal Charge Transfer Networks
Multithermal donor-acceptor networks with Marcus hopping support steady-state cyclic electronic currents and electrothermal transistor amplification controlled by local site temperatures.