Research Areas - (1) Quantum Navigation Fieldable Sensor (Ship / Underground)

Full path: Physics > AMO Physics > Atomic Interferometry > Quantum Inertial Navigation (Cold-Atom) > Quantum Navigation Fieldable Sensor (Ship / Underground)

Department(s)/lab(s): Physics – QOLS / Centre for Cold Matter | Centre for Cold Matter – Quantum Navigation @ Imperial
Summary:

Cotter leads the Quantum Navigation research stream at Imperial's Centre for Cold Matter. He develops compact, fieldable cold-atom inertial sensors for GPS-denied navigation. Milestones: first demonstration of a cold-atom accelerometer on the London Underground (measuring acceleration/vibration in a real transit environment); successful field trials of quantum inertial sensors aboard the Royal Navy research ship XV Patrick Blackett (2023); Arctic field trials with Royal Navy (2025). His sensors use magnetically launched cold-atom Rb clouds and simultaneous multi-axis interferometry. He also contributes to AION-related atom interferometry work and the Quantum Technology Hub in Sensors and Timing. Department of Materials cross-appointment.