Well sir…
“The numerous energy dissipation components in QCA technology that are utilized to calculate the total energy dissipation for all coordinates include bath of energy (Ebath), clock energy (Eclk), in-out energy (Eio), input energy (Ein),
and output energy (Eout). The energy dissipation in the thermal bath during a single clock phase. The energy dissipated
at the input and output of the QCA cells is represented by Ein and Eout, respectively, and the difference between these
energy dissipations equals Eio. The difference in energy dissipation, known as Eerror, is determined using the relationship given in Eq. 9: Eerror = Eenv − Eclk − Eio. Where Eenv represents environmental energy.” (Sharma, 2026)
…
Chua’s circuits and diodes? MOSFET parasitics? Lithium niobate? Silicon Nitride?
What is critical.
Voltage.
High voltage
Gate control regarding the baths and the terrains of in and outs due to larger systems and plays…
0.35µm 600 V BCD without,
High voltage SOI without,
40 V GaN without…
