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Quantum communications | NIST
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Advanced communications

Quantum communications

The Research

Projects & Programs

Measuring interactions between chiral edge states. 2D heterostructure (left); magnetoresistance data (right).

Quantum Transport Measurements

Ongoing
It is necessary to isolate, control, and understand the fundamental physics of exotic states of matter to create nanoengineered systems with the requisite quantum properties for quantum information systems and advanced computing applications. We develop measurement capabilities and design test

Quantum Communications and Networks

Ongoing
Key Components of Quantum Repeaters and Quantum Network Systems Single Photon Sources: An ideal single photon entangled pair source for a quantum repeater application should satisfy several conditions simultaneously. Since photons must interact efficiently with a quantum memory, the source must emit
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Additional Resources Links

Publications

News and Updates

KICS

Just for KICS!

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Incoming radiation deposits energy into the TKID circuit.

NIST Study Probes the Damaging Effects of Radiation on Qubits

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green laser

Tiny New Lasers Fill a Long-Standing Gap in the Rainbow of Visible-Light Colors, Opening New Applications

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Events









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