Definition of qubit in English:

qubit

noun

Computing

another term for quantum bit
Example sentencesExamples
- The newly-built quantum computer consists of seven qubits, each corresponding to one nucleus in a large molecule.
- When two Josephson junctions are connected through a standard capacitor, the application of a small a.c. voltage pulse to the first qubit can cause the two qubits to oscillate between two combined states.
- The ability to couple qubits to photons, demonstrated by the Yale group, could allow qubits on a chip to be wired together via a ‘quantum information bus’ carrying single photons.
- May 4, 1998 after decades of theoretical physics, a 2 qubit quantum computer capable of loading data and reading out a result is announced.
- The researchers believe that these logic gates could be scaled up to include many qubits in a large, workable quantum computer.
- A powerful quantum computer that could realize the remarkable potential of quantum computing would need at least many thousands of qubits.
- The original qubit's quantum properties would be teleported to another qubit as the original qubit is measured.
- The team is now working to create a quantum gate in which two or more qubits of the register will interact in a controlled way.
- The resolution of this addressing technique is about two thousandths of a millimetre - over a length of one millimetre, therefore, several hundred qubits could be stored.
- The two gates are the one-qubit rotation gate which controls the state of one qubit, and the controlled-NOT (C-NOT) gate which works as a conditional gate for two qubits.
- But if quantum theorists are correct, quantum bits, or qubits, will enable more efficient problem solving because a qubit can simultaneously encode both a zero and a one.
- Physicists believe that the quantum states of the electrons can be used as quantum bits - or qubits - for encoding data in a superfast quantum computer.
- In principle, tasks such as quantum cryptography, secret sharing and dense coding all benefit from using qudits larger than the qubit.
- But to perform the logic operations vital to a quantum computer, two qubits have to become entangled.
- When a quantum computer tries to copy a qubit, it forces the qubit to become either one or zero and destroys the information.
- The atoms can act as quantum bits, or qubits, with internal sub-states functioning as the ubiquitous and 1s of computing.
- Quantum teleportation is the transferring of tiny units of computer information, called quantum bits or qubits, from one location to another.
- The new work shows how a well-specified bath affects the qubits in a crystal which behaves as a very primitive quantum computer.
- Ions are arguably the leading candidate for use as qubits in a quantum computer.
- Quantum computers have the potential to be blazingly fast because a string of quantum bits, or qubits, that store the ones and zeros of computer information can represent all the numbers possible within that string at once.

Origin

1990s: from qu antum bit, with punning allusion to cubit.

Definition of qubit in US English:

qubit

nounˈkyo͞obit

Computing

another term for quantum bit
Example sentencesExamples
- Physicists believe that the quantum states of the electrons can be used as quantum bits - or qubits - for encoding data in a superfast quantum computer.
- Ions are arguably the leading candidate for use as qubits in a quantum computer.
- The researchers believe that these logic gates could be scaled up to include many qubits in a large, workable quantum computer.
- But to perform the logic operations vital to a quantum computer, two qubits have to become entangled.
- But if quantum theorists are correct, quantum bits, or qubits, will enable more efficient problem solving because a qubit can simultaneously encode both a zero and a one.
- May 4, 1998 after decades of theoretical physics, a 2 qubit quantum computer capable of loading data and reading out a result is announced.
- In principle, tasks such as quantum cryptography, secret sharing and dense coding all benefit from using qudits larger than the qubit.
- Quantum teleportation is the transferring of tiny units of computer information, called quantum bits or qubits, from one location to another.
- The resolution of this addressing technique is about two thousandths of a millimetre - over a length of one millimetre, therefore, several hundred qubits could be stored.
- When a quantum computer tries to copy a qubit, it forces the qubit to become either one or zero and destroys the information.
- The team is now working to create a quantum gate in which two or more qubits of the register will interact in a controlled way.
- When two Josephson junctions are connected through a standard capacitor, the application of a small a.c. voltage pulse to the first qubit can cause the two qubits to oscillate between two combined states.
- The atoms can act as quantum bits, or qubits, with internal sub-states functioning as the ubiquitous and 1s of computing.
- The original qubit's quantum properties would be teleported to another qubit as the original qubit is measured.
- Quantum computers have the potential to be blazingly fast because a string of quantum bits, or qubits, that store the ones and zeros of computer information can represent all the numbers possible within that string at once.
- The ability to couple qubits to photons, demonstrated by the Yale group, could allow qubits on a chip to be wired together via a ‘quantum information bus’ carrying single photons.
- A powerful quantum computer that could realize the remarkable potential of quantum computing would need at least many thousands of qubits.
- The new work shows how a well-specified bath affects the qubits in a crystal which behaves as a very primitive quantum computer.
- The newly-built quantum computer consists of seven qubits, each corresponding to one nucleus in a large molecule.
- The two gates are the one-qubit rotation gate which controls the state of one qubit, and the controlled-NOT (C-NOT) gate which works as a conditional gate for two qubits.

Origin

1990s: from qu antum bit, with punning allusion to cubit.

单词	qubit
释义	Definition of qubit in English: qubit noun Computing another term for quantum bit Example sentencesExamples The newly-built quantum computer consists of seven qubits, each corresponding to one nucleus in a large molecule. When two Josephson junctions are connected through a standard capacitor, the application of a small a.c. voltage pulse to the first qubit can cause the two qubits to oscillate between two combined states. The ability to couple qubits to photons, demonstrated by the Yale group, could allow qubits on a chip to be wired together via a ‘quantum information bus’ carrying single photons. May 4, 1998 after decades of theoretical physics, a 2 qubit quantum computer capable of loading data and reading out a result is announced. The researchers believe that these logic gates could be scaled up to include many qubits in a large, workable quantum computer. A powerful quantum computer that could realize the remarkable potential of quantum computing would need at least many thousands of qubits. The original qubit's quantum properties would be teleported to another qubit as the original qubit is measured. The team is now working to create a quantum gate in which two or more qubits of the register will interact in a controlled way. The resolution of this addressing technique is about two thousandths of a millimetre - over a length of one millimetre, therefore, several hundred qubits could be stored. The two gates are the one-qubit rotation gate which controls the state of one qubit, and the controlled-NOT (C-NOT) gate which works as a conditional gate for two qubits. But if quantum theorists are correct, quantum bits, or qubits, will enable more efficient problem solving because a qubit can simultaneously encode both a zero and a one. Physicists believe that the quantum states of the electrons can be used as quantum bits - or qubits - for encoding data in a superfast quantum computer. In principle, tasks such as quantum cryptography, secret sharing and dense coding all benefit from using qudits larger than the qubit. But to perform the logic operations vital to a quantum computer, two qubits have to become entangled. When a quantum computer tries to copy a qubit, it forces the qubit to become either one or zero and destroys the information. The atoms can act as quantum bits, or qubits, with internal sub-states functioning as the ubiquitous and 1s of computing. Quantum teleportation is the transferring of tiny units of computer information, called quantum bits or qubits, from one location to another. The new work shows how a well-specified bath affects the qubits in a crystal which behaves as a very primitive quantum computer. Ions are arguably the leading candidate for use as qubits in a quantum computer. Quantum computers have the potential to be blazingly fast because a string of quantum bits, or qubits, that store the ones and zeros of computer information can represent all the numbers possible within that string at once. Origin 1990s: from qu antum bit, with punning allusion to cubit. Definition of qubit in US English: qubit nounˈkyo͞obit Computing another term for quantum bit Example sentencesExamples Physicists believe that the quantum states of the electrons can be used as quantum bits - or qubits - for encoding data in a superfast quantum computer. Ions are arguably the leading candidate for use as qubits in a quantum computer. The researchers believe that these logic gates could be scaled up to include many qubits in a large, workable quantum computer. But to perform the logic operations vital to a quantum computer, two qubits have to become entangled. But if quantum theorists are correct, quantum bits, or qubits, will enable more efficient problem solving because a qubit can simultaneously encode both a zero and a one. May 4, 1998 after decades of theoretical physics, a 2 qubit quantum computer capable of loading data and reading out a result is announced. In principle, tasks such as quantum cryptography, secret sharing and dense coding all benefit from using qudits larger than the qubit. Quantum teleportation is the transferring of tiny units of computer information, called quantum bits or qubits, from one location to another. The resolution of this addressing technique is about two thousandths of a millimetre - over a length of one millimetre, therefore, several hundred qubits could be stored. When a quantum computer tries to copy a qubit, it forces the qubit to become either one or zero and destroys the information. The team is now working to create a quantum gate in which two or more qubits of the register will interact in a controlled way. When two Josephson junctions are connected through a standard capacitor, the application of a small a.c. voltage pulse to the first qubit can cause the two qubits to oscillate between two combined states. The atoms can act as quantum bits, or qubits, with internal sub-states functioning as the ubiquitous and 1s of computing. The original qubit's quantum properties would be teleported to another qubit as the original qubit is measured. Quantum computers have the potential to be blazingly fast because a string of quantum bits, or qubits, that store the ones and zeros of computer information can represent all the numbers possible within that string at once. The ability to couple qubits to photons, demonstrated by the Yale group, could allow qubits on a chip to be wired together via a ‘quantum information bus’ carrying single photons. A powerful quantum computer that could realize the remarkable potential of quantum computing would need at least many thousands of qubits. The new work shows how a well-specified bath affects the qubits in a crystal which behaves as a very primitive quantum computer. The newly-built quantum computer consists of seven qubits, each corresponding to one nucleus in a large molecule. The two gates are the one-qubit rotation gate which controls the state of one qubit, and the controlled-NOT (C-NOT) gate which works as a conditional gate for two qubits. Origin 1990s: from qu antum bit, with punning allusion to cubit.
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