Alexander Sergienko
Ph.D. ·
boston, MassachusettsQuantum Radiophysics
Ultra-Precise optical measurement in science and technology (Quantum Metrology)
Quantum sensors with attosecond (in time) and nanometer (in space) sensitivity based on quantum interferometry
Precise characterization of telecommunication network elements including all-optical wavelength selective switches (WSS)
High-performance single-photon detection and correlation measurement in a wide spectral range from ultraviolet to mid-infrared
Quantum and correlation imaging, aberration-free imaging and microscopy in life sciences
"Quantum Inspired" optical engineering and technology - building robust and efficient classical correlation tools inspired by the flexibility and information capacity of quantum entanglement
Integrated micro-and nano-photonics, quantum on-chip circuits
Quantum state engineering using parametric amplification in periodically polled nonlinear structures, entanglement manipulation and processing on a chip
Quantum information, quantum communication and cryptography, quantum networking, room-temperature linear-optical quantum computing
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Quantum computing and simulation of complex Hamiltonians of physical and chemical structures; Design and simulation of novel topological quantum structures including new types of topological insulators
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