This experiment was designed and constructed at Yale beginning in 2010, and has been producing data for several years. This detector is among the first (the other is LIGO) to use squeezed quantum states to improve sensitivity beyond the fundamental quantum limit of linear amplifiers. His other work includes ultracold neutron (UCN) physics and remains involved with the UCN program at Los Alamos National Laboratory and the Spallation Neutron Source at Oak Ridge. He remains interested in quantum computing and cryptography and in the Casimir force, however his efforts in these areas are nowadays directed toward developing advanced student laboratory projects.

Teaching Interests:
My main teaching interests lie in Experimental Physics, particularly The Advanced Physics Laboratory (PHYS 382) and development of new instructional laboratories that address problems of modern interest and new instrumentation; Quantum Mechanics (PHYS 441); Physics of the Earth and Environment (PHYS 342) which has been offered in alternate years between G\&G and Physics, I created my own unique curriculum.