👉 Voltage computing is an innovative approach to digital computation that leverages the physical properties of transistors to perform operations directly in terms of voltage levels, rather than relying on traditional binary logic that uses discrete voltage thresholds for logic states (0 and 1). This method allows for more efficient use of energy and can potentially offer higher computational density and faster processing speeds. In voltage computing, the output of a logic operation is determined by the sum or difference of input voltages, which can be manipulated using voltage gates. This approach reduces the need for complex arithmetic circuits and minimizes power consumption, making it particularly attractive for low-power applications such as neuromorphic computing and artificial intelligence systems.
