Nano Electronics

Ph.D.: Chemical Engineering, Technion, 2002

B.Sc.: Chemical Engineering, Ben-Gurion University, 1998

Main Nano Field:

Nanomaterial-based artificial olfactory systems and (opto)electronic devices.

Research Interests

Ph.D.: Princeton University 1982

M.Sc.: Princeton University 1979

B.Sc.: Elec. Eng. & Comp. Sci, Technion 1978

Main Nano field:

Neuroelectronic VLSI systems: Chips that interact with neurons for brain research using large neuronal network and for computer-controlled brain implants to treat neural diseases.

Research Interestes

 Nano-electronic devices for direct interface to neuronal cells and tissues

Ph.D.: Physics, Technion, 1986

M.Sc.: Physics, Technion, 1983

B.Sc.: Physics, Technion 1980

Main Nano field:

Optical and electronic properties of quantum wells, wires and quantum dots. Short-pulse lasers and high spatial resolution optics for low light level spectroscopy and sub picosecond time resolved spectroscopy.

Research Interestes

Ph.D.: Weizmann Institute, 1998

M.Sc.: Weizmann Institute 1994

B.Sc.: Physics and Mathematics, Tel-Aviv university 1992

Main Nano Field: NEMS and nanoelectronics.

PhD: CS, UCLA, 1991

MSc: CS, UCLA, 1998

BSc:  Computer Engineering, EE, Technion, 1985

BA:  Mathematics, Technion, 1985

Nano Main Field:

Using nano technology for gene mapping

Research Interests

Ph.D.: Technion 1993

M.Sc.: Mechanical Engineering, Technion 1989

B.Sc.: Mechanical Engineering, Ben Gurion U., 1986

Main nano field:

MEMS, tensile test systems.

Research Interestes

Developing Modeling Tools for Simulating the Static and Dynamic Response of Micro and Nano-Actuators

Electrostatic, Piezoelectric and Thermoelastic Actuation in MEMS and NEMS

Electromechanical Buckling and Application in MEMS and NEMS

Ph.D.: Technion 1977

B.Sc.: Physics, Technion 1969

Main nano field

Silicon technology at the nanoscale.

Research Interestes

Self Assembled Diffusion Barriers for Copper Metallization in Advanced Microelectronic Devices.

Properties of HfO2 based high-k dielectrics.

Tuning of Fermi Level Position at Metal/High-k Dielectric Interfaces.

Metal / Crystalline Lanthanide Oxides – A New Gate Stack for Advanced Si Devices.

Ph.D.: Electrical Engineering University of Minnesota 1980

M.Sc.: Electrical Engineering University of Minnesota 1977 1980

B.Sc.: Electrical Engineering, University of Santa Clara 1975

Main nano field

Fabrication of self-assembled quantum dots using metaloorganic molecular beam epitaxy.

Research Interestes

Semiconductor active nano structures

Miniature atomic clocks

Nano photonics for slow light

Ph.D: Hebrew University, 1993 

B.Sc: Hebrew University, 1986

Main nano field

Preparation and characterization of junctions and networks of oligonucleotide-conjugated polymer and polypeptide-conjugate polymer hybrids for nanoelectronics 

Ph.D.: Physics, Technion 1982

M.Sc.: Physics, Technion 1976

B.Sc.: Physics and Mathematics, Hebrew University 1969

Main Nano Field: quantum dot detectors