Michael Armen, Ph.D., is an expert in the design and construction of precision optical experiments with measurement sensitivities that reach the quantum limit. Prior to joining Entanglement, he conducted experimental and theoretical studies in the fields of quantum-nonlinear optics, atomic physics, and single-molecule microscopy. Michael has extensive experience with the construction of high-finesse optical cavities, performance laser systems, low-noise photodetectors, complex electro-optical assemblies, and high-speed electronic feedback components. At Entanglement,he leads the development of novel, integrated laser, photodetector, and ring-down cavity technologies.
Tony Miller, Ph.D., is a founding member of the Entanglement science team, bringing leadership, technical, and analytic skills to the company. He has a wide range of design experience ranging from residual gas analysis subsystems on fusion reactors to quantum noise limited magnetometers to ultra-fast laser based cancer detection technologies. Tony graduated summa cum laude in physics from Princeton University and completed his Ph.D. in applied physics at Stanford University. Tony is a Hertz Fellow.
Sergiy Pryadkin, Ph.D., is an expert in precision position control with deep background in scanning probe microscopy and nano-positioning. He has extensive experience with precision equipment design, debug and transfer to manufacturing. His physics background helps in mechanical design of sophisticated equipment. In the company he is responsible for mechanical design and manufacturability improvements.
In his role as physicist on the Entanglement science team, Nate Bogdanowicz, Ph.D., provides a diverse set of technical and analytical skills developed during his Ph.D. work in applied physics at Stanford University. He has experience developing complex systems for nonlinear optics and atomic physics that demand integration of optics, electronics, and software. Additionally, he made extensive contributions to the open source software community, particularly in the area of Python control of common laboratory equipment.