Reversible Logic: A computing paradigm where operations are invertible, ensuring that no information is lost during processing, which is essential for both energy efficiency and quantum computation.

Reversible method breaks brain circuits with molecular precision. ... disrupting the circuit. Arnold named the tools PFE3 and GFE3, which target excitatory and inhibitory synapses respectively.

Multiple-valued quantum circuits are promising choices for future quantum computing technology, since the multiple-valued quantum system is more compact than the corresponding binary quantum system.

“A reversible circuit module is said to be parity-preserving if the parity of the inputs is the same as the parity of the outputs,” explained the press release.

Synthetic biology offers a way to engineer cells to perform novel functions, such as glowing with fluorescent light when they detect a certain chemical. Usually, this is done by altering cells so ...

A reversible circuit module is said to be parity-preserving if the parity of the inputs (i.e., exclusive-OR of the input bits) is the same as the parity of the outputs.

In parallel, investigations into the design of reversible ternary full-adder/full-subtractor circuits have reported promising reductions in quantum cost and energy dissipation, emphasising the ...