Sentence examples for classical bits from inspiring English sources

Measuring the value of a qubit causes it to collapse into one of the two classical bits, 0 or 1.

If these were classical bits, then they could be in four possible states (00, 01, 10, 11).

The reason quantum computers could be so powerful is that a collection of bits could exist in many more different states than the same number of "classical" bits.

Unlike the classical bits of data in a computer, which are decidedly either a zero or a one, qubits hover in an indecisive fog somewhere between these two values.

MQEPS is an appropriate combination of P system approaches, quantum-inspired evolutionary algorithms and a local search, and is designed by using the hierarchical framework of cell-like P systems, the objects consisting of quantum-inspired bits and classical bits, the rules composed of quantum-inspired gate evolutionary rules and evolution rules in P systems, and tabu search in the skin membrane.

Most algorithms begin with extensive use of classical bit analysis, and thus remain computationally heavy.

Just as the classical bit has a state (either 0 or 1), a qubit also has a state.

The difference between classical bit and qubit is that qubit may be a "mixture" of orthogonal vectors.

A basic design is proposed for a classical bit element of a superconducting circuit that mimics a frustrated multiband superconductor and is composed of an array of π-Josephson junctions (π-junction).

Yet contrary to the classical bit, \(\lvert 0\rangle\) and \(\lvert 1\rangle\) are but two possible states of the qubit, and any linear combination (superposition) thereof is also physically possible.

(Kent (1999) has shown that one can implement a secure classical bit commitment protocol by exploiting relativistic signalling constraints in a timed sequence of communications between verifiably separated sites for both Alice and Bob).