Electron Spin Resonance at the Single Atom Level | NIST
This article from NIST does not describe a formal quantum computing standard or protocol, but rather outlines foundational experimental…
Graphene | NIST
This article does not outline a formal quantum computing standard or protocol. Instead, it reports on foundational research conducted at NIST…
Victor V. Albert | NIST
This presentation outlines the quantum research ecosystem at the University of Maryland College Park, which includes seven institutes managed…
Justyna Zwolak | NIST
Researchers at the National Institute of Standards and Technology (NIST) have developed an automated calibration protocol for…
Scott Glancy | NIST
This article outlines experimental protocols being developed by NIST rather than formalized standards, focusing on secure random number…
Advances in Automation of Quantum Dot Devices Control | NIST
NIST, in collaboration with UCLA and a coalition of industry, academic, and government experts, is spearheading early efforts to establish…
Quantum Information Science / Enabling Innovation through Quantum Science | NIST
NIST is proposing to expand its quantum science program in Fiscal Year 2009, aiming to develop components for future quantum computers rather…
September 2004 VCAT Letter Report to NIST Director | NIST
The provided 2004 document briefly mentions NIST’s experimental work on quantum computers that use trapped ions, but it does not discuss any…
NIST QKD system at 1310 nm combines speed and distance | NIST
**Quantum Key Distribution (QKD) System at 1310 nm** The National Institute of Standards and Technology (NIST) has developed a QKD system that…