Nano Photonics

Ph.D.: Chemistry, the Weizmann Institute of Science, 1977

M.Sc.: Chemistry, Ben Gurion University, 1972

B.Sc.: Chemistry, Tel Aviv University, 1970

Main Nano Field: Biomolecular computing devices based on DNA and on synthetic compounds; molecular rotary motors.

PhD: Physics, Weizmann Institute of Sciences, 2004

MSc: Applied Physics and Materials Sciences, Hebrew University of Jerusalem, 1993

BSc: Physics and Mathematics, Hebrew University of Jerusalem, 1991

Ph.D.: Weizman Inst 1966

M.Sc.: Physics, Hebrew Univ 1962

B.Sc.: Physics and Mathematics, Heberw Univ.

Main Nano Field: Nano diamond Single optical centers in diamond (NV) for quantum information processing.

Research interests: 

Ion implantation of semiconductors

Ion impact related defects in semiconductors

Diamond as an electronic material.

Nano diamond

Single optical centers in diamond (NV) for quantum information processing

Research Interests:  Attosecond science, Nonlinear optics, Laser-driven x-rays, Solitons, Lens-less imaging

Ph.D.: Weizmann 1999

M.Sc.: Chemistry, The Hebrew University of Jerusalem 1993

B.Sc.: Chemistry, The Hebrew University of Jerusalem 1991

Main Nao Field

Design, synthesis and characterization of novel conjugated polymer/inorganic nanocomposites for electronic devices.

Coassembly of organic and inorganic precursors with molecular level control.

Research Interestes

Conducting and Semiconducting polymers

Ph.D.: Bar Ilan University 1980

Main Nano Field:

Nanooptical structures, nano via ultra-short light pulses femto-sec and atto-sec

Research Interestes

Nonlinear-Optics and Nono-Optics

Ultra-short optical pulses - their generation, temporal operations and wave-forming, propagation and uses

Statistical Light-mode Dynamics – a new Statistical-Mechanics based approach to nonlinear many light-mode systems and short pulse formation

Fiber-Optics and Lasers

Main Nano field: 

Quantum dot detectors.

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 

Main Nano field

 Lasers and high spatial resolution optics, for low light level spectroscopy and sub picosecond time resolved spectroscopy

Research Interestes

Physics and applications of conjugated conducting polymers

Spectroscopy of nano-size semiconducting quantum dots

Organic spintronics

Effects of magnetic fields on organic devices such as organic light emitting diodes, organic photovoltaic cells and organic transistors