Development of quantum sensors based on the interaction of the resonant light with atomic vapours of alkali atoms and applications of Optically Pumped Magnetometers for biomedical diagnostics.

Supervision of 4th year projects:- 2 students in 2013-14 year - precision alignment and stability testing of optomechanics- 4 students in 2014-15 - building an all optical atomic magnetometer, - building and optimization of two ECDL laser systems - 4 students 2015-16 - further development of atomic magnetometer, - testing and comparing different laser locking techniques using home built ECDL laser- 2 students 2016-17 - computer control system based on Red Pitaya

Supervision of 3 PhD students

Senior scientist, researcher co-investigator, in the TMS with OPMs project aiming at development of optically pumped magnetometers for biomedical applications.

Presently working in Dipolar Quantum Magnets project which aims at studying magnetic dipolar interactions in spinor condensate of rubidium. The interests are to understand dipolar quantum phases and dynamics and to explore dipolar interactions to create a system of large quantum spins with ultimate sensitivity to magnetic fields. The prospective outcomes of the project range from applications for quantum simulation to development of precision magnetic field sensing technology.