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Gaithersburg

5797 Fundamentals of Metrology

Mon, Jun 27 - Fri, Jul 1 2022
The 5-day Fundamentals of Metrology seminar is an intensive course that introduces participants to the concepts of

Quantum Networks at NIST: Glossary

Cluster state Entanglement Fidelity Fock state Nitrogen-vacancy center (NV-center) Nonclassical (quantum) light Photon number statistics...

John Marino Honored with Hillebrand Prize

John Marino is recognized for his groundbreaking contributions to the field of biophysical characterization by high-resolution NMR and development of engineered protein reagents for next-gen proteomic measurements.

Quantum Network Metrology

Quantum network devices face a set of requirements defined by laws of quantum physics. These requirements are unique to quantum...

Network Function

Network management Like a classical network, a quantum network needs to be managed and controlled to properly function. NIST is developing...

5794 Volume Metrology Seminar

Mon, May 9 - Fri, May 13 2022
The 5-day OWM Volume Metrology Seminar is designed to enable metrologists to apply fundamental measurement concepts to

Applications of Quantum Networks

A fully functional quantum internet paired with large-scale quantum computers will open numerous possibilities for science and security as...

Connecting Quantum Network Nodes

Optically connecting remote nodes with quantum functionality paves the path toward more ambitious regional, national, and, ultimately...

Transducers

Future distributed quantum computing networks will likely use different technologies and materials to implement particular processes such as...

Quantum memory and Repeaters

Both classical and quantum long-distance networks require repeaters to mitigate exponential loss of the signal with distance. Because...

Single-Photon Detectors

Single-photon detection is essential for quantum networks. NIST scientists are actively engaged in improving existing detection technologies...

Quantum Networks at NIST

Quantum technologies employ quantum mechanical effects such as superposition, interference, and entanglement to gain an advantage over...

Technologies for Quantum Networks

Ideally, quantum nodes at very large distances and possibly across the world need to be connected. Current technologies cannot support this...
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