My main field of research focusses on harnessing the properties of quantum fields to advance quantum sensors and apply them to a range of novel questions in fundamental physics and interdisciplinary physics and engineering. I pursue research in experimental physics and theoretical physics (strongly motivated by experiment) and I have broad collaborations with Earth Science, Biology and Industry. Questions I am currently pursuing include quantum sensors for space based application, microfabricated quantum sensors, inverse problems and mapping exploiting data from quantum magnetometry and quantum gravimetry including the application of quantum sensors to the mapping of restricted archeological sites, mapping of volcanoes, mapping of aquifers and mapping of mineral and ore deposits, quantum wavelet representations, visual reality and the representation of information in higher dimensional spaces, motion simulation with flight and motion simulators, quantum sensing with biological applications.
