Robinjeet Singh

Robinjeet Singh is a Senior Research Fellow in the Quantum Sensors Group (QSG) at the National Institute of Standards and Technology (NIST). His research focuses on advancing sensor technologies for electromagnetic radiation and particle detection, with emphasis on superconducting circuits, microfabrication processes, and quantum-limited readout systems. Key projects include developing scalable SQUID multiplexers for telescope arrays (e.g., Simons Observatory) and pioneering optomechanical sensors for dark matter searches.

Research Interests: Singh specializes in quantum sensing frontiers, including gravitational-wave detection, optomechanical metrology, quantum memory, and superconducting device fabrication. His work bridges theoretical quantum mechanics and applied engineering, targeting high-sensitivity instrumentation for astronomy and fundamental physics.

Publication Trends: Recent articles (2024–2025) highlight innovations in superconducting wiring, multiplexed readout architectures, and telescope calibration for cosmological observations. Earlier work (2016–2020) established foundations in quantum optomechanics, gravitational-wave detector development, and room-temperature quantum measurements, reflecting a consistent focus on pushing sensitivity limits in physical experiments.

Affiliations & Labs: As part of NIST's Quantum Sensors Group, Singh contributes to the Device Fabrication Group, which pioneers novel microfabrication techniques for quantum circuits. No awards, students, or grants are detailed in the available information.