quantum cryptography

I had no idea there was both standard and commercial grade quantum cryptography equipment!

All these experiments are not only of fundamental interest, but also important for quantum cryptography.

Research in quantum cryptography goes back into the 1980's.

Industry analysts say that military applications would probably be the primary use for quantum cryptography.

Quantum cryptography has been pushed onto the market as a way to provide absolute security for communications.

This is now widely recognized to be the most secure quantum cryptography method.

This development could allow quantum cryptography, which offers near-impenetrable data security, to become available to the general public.

She is also known for introducing the noisy-storage model in quantum cryptography.

The experiments demonstrated several versions of this trick, called quantum cryptography.

Quantum cryptography is more powerful than any computer or eavesdropping equipment that could ever be built.

In quantum cryptography, Eve may also represent the environment.

But once they are accepted, those strange rules are what make quantum cryptography go.

He is best known as one of the inventors of quantum cryptography.

People would come in and think he must be very important because he needs quantum cryptography on his desk."

Although quantum cryptography may sound like science fiction, there is solid science behind it.

However, quantum cryptography is still limited to speed-of-light communication.

For the first time the transmission of data secured by quantum cryptography is demonstrated within a commercial telecommunications network.

Entanglement is used in some protocols of quantum cryptography.

Finally, photons are essential in some aspects of optical communication, especially for quantum cryptography.

Zeilinger's group is now also developing a quantum cryptography prototype in collaboration with industry.

His last chapter describes one possible candidate: the quantum computer and quantum cryptography.

QKD is the only example of commercially available quantum cryptography.

Since 1995, he has been performing research on quantum computing and quantum cryptography.

Such a detector is of interest for applications related to quantum information and quantum cryptography.

Efforts are being made to more fully develop quantum cryptography, which will theoretically allow guaranteed secure transmission of information.