Considering this, all of the NOT gates have sufficiently high ON states (between 3 REU and 70 REU) to achieve full repression by crossing the threshold required by a downstream circuit.

By driving an electrical input signal into this circuit, it could function as a NOT gate and output an electrical signal. Because the magnetoconstriction of Invar alloy is such that it can ...

As quantum computing hardware advances, the demand for scalable, precise, and fully automated verification techniques for ...

This is coupled to a photon racetrack carved out of silicon. A C-NOT logic gate requires two input photons. So the circuit works by zapping the quantum dot twice, generating two photons.

An AND gate has to have two true inputs to have ... In fact, it can, but only because the circuit elements are not as perfect as we’d wish. When the input to the inverter changes, the output ...

The circuit shown is pretty simple, with three inputs going into a combination of AND and NOT gates before going into an OR gate. The static hazard manifests as a glitch in the output when the ...

The only limitation here is the increased no-clock time duration during clock switching. However that is not a vital parameter for any glitch free mux when used in various common functions. Instead of ...