quantum state

The burst of light is called a photon echo; and its observation proved we have full control over the quantum state of the atoms.

Every quantum state corresponds to one of these graphs, and every graph that obeys the rules corresponds to a quantum state.

"It has to be in this weird quantum state for you to get those particular probabilities that we measure, " Martinis says.

A quantum state is a vector whose overall length is of no interest to us (as long as it's not zero).

But first, physicists had to achieve a quantum state of motion for a mechanical object.

This work gives a description of the quantum state of Hamiltonian system by coherent state in theoretical formalism.

Raizen says he and his colleagues can now push the limits, moving the particles closer to a quantum state for observation.

Once entangled, a photon can carry any information stored in the atom's quantum state to other parts of the computer.

Its difficulty is from the absent of an effective theory to deal with decoherence of quantum state with continuum variables.

It may not be clear why two electrons should be permitted in each quantum state rather than just one.

Quantum tunneling led to the coherent superposition of macroscopic quantum state, which is required by the quantum computing features.

An electron's quantum state carries information, making it important for a viable quantum computer.

Thus, a network is obtained of teleportation of quantum sate with continuous variables, in which any user may send quantum state to others.

Fermions are inherently the individualists and loners of the quantum particle world: no two fermions ever occupy the same quantum state.

The atoms all reach the same energy state, or quantum state, and they coalesce into a blob of material called a "super atom" .

His exclusion principle states that no two electrons in an atom can exist in the same quantum state.

In addition, it is shown experimentally that quantum state measurement and time-domain Fresnel lens can be achieved with this technology.

In a system, no two Fermions can occupy the same quantum state (position and velocity).

A controlled teleportation scheme for single atomic quantum state is proposed in cavity QED.

After a gentle introduction to the necessary mathematics the authors describe the geometry of quantum state spaces.

Some fundamental principles, such as the principle of quantum state superposition, quantum entangled state and quantum decoherence etc.

In quantum information science, there are two basic conceptions: quantum gate operation and quantum state.

The slightest uncontrolled interaction with the room-temperature world around them would destroy the atoms' fragile quantum state.

Researchers have created a quantum state in the largest object yet.

Influences of an external pulse on the quantum state of a mesoscopic RLC circuit

Optimal preparation of quantum state of quantum-bit system taking magnetic field as controlling field

Quantum probability theory and its application in quantum state engineering

Adiabatic geometric phase of a general quantum state

Quantum State of Poly-Si Films at Middle Temperature on Glass Substrate

Decoherence sensing of even and odd coherent states via unambiguous quantum state Filtering

Influence of the Kerr-like Medium on Fidelity of Quantum State in the Two-Photon B-J Model

Generalization of Random Local Operation of Three-particle Quantum State

The quantum state entropy of Schwarzchild-de Sitter black hole cosmos horizon

Scheme for Implementing Quantum State Transfer in Cavity QED with Trapped Ion

Matrix Denotation of Quantum State in Quantum Information

Nonlocal correlative property of quantum state

Fidelity of quantum state in the course of quantum teleportation

Quantum state in quantum information

Using Ion Trap to Prepare and Measure the Quantum State