ABSTRACT
Multi-Valued quantum computer calculations are especially promising for analyzing or simulating extremely complicated processes with large volumes of data. Multi-Valued quantum computation can be applied in cryptography, data analysis, task scheduling, predicting and forecasting, medical research, and artificial intelligence. Quantum computing produces so much heat during computation and DNA computing needs heat to perform computation. Produced heat from a circuit is always an important topic for each type of computing circuit. Nowadays, produced heat or required heat for quantum computing and DNA computing is an arresting matter for researchers. This chapter presents some ways to find out the amount of heat produced from a multi-valued quantum computing circuit. And further, it is needed to calculate the amount of required heat for multi-valued DNA computation. In quantum operation, qubit is generating heat when they become isolated and start to compute. In quantum physics, thermodynamics exists and the thermodynamics rule is quite the same for qubits also.
