And that's how one form of quantum key distribution works.

In 2004, the company was the first in the world to bring a quantum key distribution system to a commercial market.

Quantum key distribution is something of a white knight in shining armor at the moment.

But quantum key distribution is not absolutely secure, and a few different attack methodologies have been described.

The algorithm most commonly associated with quantum key distribution is the one-time pad.

Quantum key distribution is only used to produce and distribute a key, not to transmit any message data.

Pockels cells can be used for quantum key distribution by polarizing photons.

These devices are especially useful for detection of single photons in applications such as quantum key distribution where response time is not critical.

Quantum key distribution exploits certain properties of these quantum states to ensure its security.

Established in 1999, it announced the availability of a commercial quantum key distribution product (Navajo) in 2003.

It sells quantum key distribution systems, single photon counters, and physical random number generators.

Quantum key distribution also solves this problem.

The idea influenced the development of quantum key distribution protocols used in quantum cryptography.

There are several different approaches to quantum key distribution, but they can be divided into two main categories depending on which property they exploit.

In 2004, the world's first bank transfer using quantum key distribution was carried in Vienna, Austria.

This is the first demonstration of quantum hacking against a non-homemade quantum key distribution system.

The three mutually unbiased bases are the same encodings as in the six-state protocol of quantum key distribution.

The world's first computer network protected by quantum key distribution was implemented in October 2008, at a scientific conference in Vienna.

This is known as quantum key distribution (QKD).

These are the same encodings which are used in the BB84 or six-state protocols of quantum key distribution.

This has led to the first experimental demonstration of continuous-variable quantum key distribution with optical coherent states and homodyne detection.

Unlike in quantum key distribution, Alice and Bob cannot collaborate to try and detect any eavesdropping activity.

A few concepts of cryptology are unconditional security, one-time pads, quantum key distribution, and computational security.

Quantum key distribution (QKD) uses quantum mechanics to guarantee secure communication.

The most well known and developed application of quantum cryptography is quantum key distribution (QKD).