quantum computing
A field of computing that uses the principles of quantum mechanics, such as superposition and entanglement, to perform calculations far more efficiently than classical computers.
Noun
This term refers to a specialized paradigm of computation that diverges from the binary logic of classical systems. It carries a highly technical and futuristic connotation, typically appearing in academic, scientific, or high-tech industrial contexts. Because it describes a field of study or a specific technology, it is used as a mass noun.
In professional discourse, it is often contrasted with classical computing to highlight the exponential leap in processing power for specific tasks like cryptography or molecular simulation. It is rarely used in casual conversation unless referring to the general concept of technological advancement.
Meanings
Examples
Quantum computing could revolutionize the way we discover new medicines.
I wonder if quantum computing will eventually make all current passwords obsolete.
The professor explained that quantum computing relies on qubits rather than bits.
We need to invest in quantum computing to stay ahead of the competition.
Is quantum computing actually practical for everyday tasks yet?
The lab is specializing in the hardware side of quantum computing.
He spent years studying the theoretical foundations of quantum computing.
Quantum computing is still in its early stages of development.
Related Words
qubitsuperpositionentanglementinterferencealgorithmprocessorsuperconductorcryogenicsphotonelectronspinlogic gatecircuitdecoherencefidelityteleportationcryptographyencryptiondecryptionprimefactorizationcomplexityprobabilitymatrixvectortensoroperatorHamiltonianwavefunctionobservableeigenstateeigenvaluecoherentnoiseerror correctionannealingsimulationoptimizationhardwaresoftwarecompilerarchitecturesiliconlaservacuumtemperaturekelvinphysicsmechanicsinformation theorycomputationbitbinaryparallelismspeedupheuristicoraclestatephaseamplitude