- Quantum information processing, quantum
communication and cryptography, quantum networking, linear-optical
quantum computing;
- Quantum communication and networking at nanoscale, novel applications of collective excitations, surface plasmons, photonics bandgap structures, and metamaterials;
- Quantum state engineering using parametric
amplification in specially designed periodically polled nonlinear
structures, entanglement manipulation and processing on a chip, micro-
and nano-photonics, ultrafast quantum optics;
- Dispersion cancellation and management,
super-resolution phase sensors;
- Quantum and correlation imaging,
aberration-free imaging and microscopy in life sciences;
- High-performance single-photon detection and
correlation measurement in a wide spectral range from ultraviolet to
mid-infrared and terahertz;
- Quantum bio-photonics: novel approaches to
optical characterization and diagnostic of biological materials and
devices using quantum states of light including visible and infrared
fluorescent correlation spectroscopy (FCS).
- Ultra-Precise optical measurement in science and
technology (Quantum Metrology), characterization of organic, polymer,
and semiconductor structures used in modern nano-photonics and
optoelectronics;
- Precise measurement of polarization and
chromatic dispersion in elements of 40Gb/s and 100 Gb/s metropolitan
telecommunication networks;
Dr.
Silvia
Carrasco, Dr. Giovanni
Di Giuseppe, Dr. Hugues De
Chatellus, Alvin Stern, Oleksiy Pikalo, Golshan Coleiny, Cliff
Williams, Mohammad Mazooji, Brian Imhausen, Ken Bycenski, Dr. Kimani
Toussaint, Dr. Zac Walton, Scott Hendrickson, Greg LaRosa, Dr. Mete
Atature,Patrick
Stone, Daniel Rummel, Matt Shaw, Ying-Tsang (Falcon)
Liu , Jake Hofman, Matt Corbo, Dr. Matthew Daniell, Dr. Antoine Muller,
Tedros Tsegaye, Dr. Dien Rice, George
Bevis, Alex Zosuls, Ilya Tatar, Eric
Dauler