46 quantum-information-postdoctoral positions at NIST

Microscopically-Controlled Quantum Systems of Neutral Atoms for Many-Body Physics and Metrology

, metrology, and quantum information. Relevant reference examples as 2020: Kaufman et al., Science 345, 6194; Norcia et al., PRX 8, 041054; Norcia et al., Science 366, 6461 key words Quantum many-body systems

Micro- and Nano-Optomechanical Systems

dots as quantum sensors of displacement, an avenue of research that is still open. key words Optomechanics; Optomechanical; Cavity; Phonon laser; Photonic crystal; High-contrast grating; Optical cooling

Methods and Applications in Ab Initio Thermochemistry

For predicting thermochemistry of small main-group molecules, quantum chemistry is sufficiently reliable that it can be used to settle experimental disagreements and to provide critical data that are not available

Metrology for Faint Photonics

; and developing new measurement techniques or devices to characterize sources, detectors, and optical components at few photon levels. key words Single photon; Superconductivity; Quantum information

High-Frequency Studies of Topological Insulators (TI’s) Including Quantum Anomalous Hall Effect (QAHE)

, Curt Richter, Nikolai Zhitenev key words topological insulator; quantum anomalous hall effect; high-frequency Eligibility Citizenship: Open to U.S. citizens Level: Open to Postdoctoral applicants Stipend

Atom-based Solid-state Quantum Devices and Simulators

and for these systems is strongly pursued. key words Atom-based solid-state devices; Many-body physics; Nano-optics; Nanotechnology; Photonics; Quantum dots and wires; Quantum optics; Quantum processes

Enriched Silicon Quantum Devices

Description Enriched silicon is critical for silicon quantum devices since the 29Si isotope is a leading contributor to qubit decoherence. Enriching silicon leads to long quantum coherence times (T2) measured

Cryptography Through the Lens of Quantum Information Science

RAP opportunity at National Institute of Standards and Technology     NIST Cryptography Through the Lens of Quantum Information Science Location Information Technology Laboratory, Computer Security

Integrated Quantum Nanophotonic Systems

functionality and scalability. We are developing these systems utilizing silicon photonic devices with superconducting-nanowire single-photon detectors for applications in quantum information processing, loophole

Atom-based Silicon Quantum Electronics for Quantum Computing and Analog Quantum Simulation

. Silver [email protected] 301.975.5609 Description Controlling the quantum state of individual electrons is a challenge central to many fundamental measurements and future computation architectures