quantum information

His final paper, on quantum information theory, was published last year.

He is also known for his research in quantum information science and related fields.

"So you're talking about some kind of quantum information storage?"

Quantum information theories are more recent, and have attracted growing support.

And such waves have been used in quantum information applications.

He is best known today for his work on quantum information with continuous variables.

They are used in the field of quantum information.

He is currently focused on developing quantum information system technologies.

Using this newfound principle of quantum information, let's walk through an example.

He spent the day visiting labs, meeting researchers and, I think, learning some new things about quantum information science.

This means that the quantum information is simply in the final state of the ancilla.

This is another way to say that quantum information cannot be measured reliably.

It is expected that these latter experiments will also open up novel ways for quantum information.

The correlations can be utilized in some quantum information tasks.

It is a basic theorem in modern quantum information theory.

It is absolutely correct, and the study of communications like this has been the main agenda in quantum information theory.

To become a magnet for highly qualified personnel in the field of quantum information.

This forms the basis for a high-level approach to quantum information processing.

This provides a connection between quantum information theory and thermodynamics.

A similar view is adopted in quantum information theories.

A qutrit is a unit of quantum information that can exist in three possible states.

Possibly, this could be relevant to quantum information technology.

This generalization is motivated by applications to quantum information theory.

We haven't even settled on the best way to make a qubit, the basic unit of quantum information.

These are the basic sorts of manipulations required for quantum information processing.