Research Projects
34 records found
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Artificial olfactory systems, or, as they are often called, “electronic noses”, detect odors using an array of broadly cross-reactive sensors in conjunction with pattern recognitio
Single Si quantum dots (QD), 2 - 6 nm in diameter and of well defined surface
composition, were investigated at room temperature (RT) by scanning tunneling
spectroscopy (STS).
composition, were investigated at room temperature (RT) by scanning tunneling
spectroscopy (STS).
New ion beam methods provide an attractive approach to single step nanoprocessing and nano-patterning of a large variety of substrates. The ion beams can also be easily controlled
Indium phosphide-based transistors achieve record speed performance compared to any other type of transistor. We develop full in-house nanometer scale transistor technology, starti
Electronic peptide technology is bio-inspired and relies on the fact that peptides, a highly versatile biological polymer family, are powerful and precise assemblers of building bl
Nano Electro Mechanical Systems (NEMS) is an emerging research field with a variety of scientific and technological applications. The basic concept which stands behind these system
The mathematical similarities between the Maxwell equation and the time dependent Schrödinger equation enable one to borrow ideas and mechanisms for control which were developed in
One of the approaches to realizing entanglement for quantum information processing utilizes quantum electrodynamics. In this approach, the interaction of material qubits (atomic or
Our group is using optical waves to explore universal phenomena generally associated with nonlinear waves. Over the years, we have been studying optical spatial solitons, that is,
Theories of condensed matter at the macroscopic scale often break down at the nanoscale, especially when materials are amorphous or contain defects. Atomistic simulation makes deta
