Nano Electronics

Ph.D.: Physics, Weizmann Institute of Science, 2010

M.Sc.: Physics, Weizmann Institute of Science, 2005

B.Sc.: Physics, Hebrew University of Jerusalem, 2002

Main Nano Field: Nano biotechnology & Nano medicine

Research interests: We study the molecular, physiological and computational aspects of the following questions:

- How do neurons sense environmental cues, such as odorants and tastants? 

Ph.D.: Electrical Engineering, UCSD, 2011

M.Sc.: Computer Science, Technion, 2007

B.Sc.: Computer Science and Mathematics, Technion, 2005

Research interests: Storage, coding and information theory, DNA storage

PhD: Biotechnology Engineering, Ben Gurion University, 2016

MSc: Biotechnology Engineering, Ben Gurion University, 2011

BSc: Biotechnology Engineering, Ben Gurion University, 2010

Nano Main Field: Developing semiconductor nanomaterials for the bioelectrical and biomechanical interface. Using photosensitive materials to transduce optical light into electrical stimulation. Using magnetic nanomaterials to induce mechanical perturbation of cells and tissues.

Ph.D.: Condensed matter physics, Hebrew University, 2016

M.Sc.: Condensed matter physics, Hebrew University, 2012

B.Sc.: Physics, Hebrew University, 2016

Main Nano Field: Resistive switching devices based on the Mott-insulator to metal transition

Ph.D.:  Nanomaterials and nanoelectronics, Technion, 2014

M.Sc.: Nanomechanics, Technion, 2009

B.Sc.:  Electrical Engineering, Technion, 2003

Main Nano Field: Understanding the synthesis-structure-property-functionality relations of nanomaterials which couple two (or more) distinct properties - smart materials. This is usually within the magneto-electro-mechanical property triangle.

Research interests:

Ph.D.: area, Institute, year of graduation Biophysics, Hebrew University, 1993

M.Sc.: area, Institute, year of graduation , Neurobiology, Hebrew University, 1986

B.Sc.: area, Institute, year of graduation, Biology, Hebrew University, 1984

Main Nano Field: Nano electronics

Research interests: Brain monitoring and manipulations

Ph.D.: Microelectronics - Electrical Engineering, Technion, 2015.

B.Sc.: Materials Engineering and Physics, Technion, 2009.

Main Nano Field: Novel nano-materials, such as two dimensional (2D) materials can be used to approach the fundamental scaling limits of electronic devices.Applications include energy efficient transistors, memory and integrated circuits.

Education: Electricity Engineering and Physics

Nano Main Field: Organic FETs and Ionic Charge Transfer

Research Interests: Anything on the Biology-Electronics interface

Website: http://amdursky.net.technion.ac.il/people/yoni-eshel/

Ph.D. : Memristor-based Circuits and Architectures, Electrical Engineering, Technion, 2014

M.Sc.: (Direct track degree to Ph.D.)

B.Sc.:  Specialized in microelectronics and optoelectronics, Computer Engineering and Applied Physics, the Hebrew University, Jerusalem. 2009

Main Nano Field: Nano Electronics/ Phase change memory (PCM) / conductive-bridge RAM (CBRAM)/ resitive RAM (ReRAM)/ CMOS/ STT-MRAM

Ph.D.: Physics, Nonlinear Optics and Electromagnetism, 2014

B.Sc.: Electrical Engineering and Physics, Technion, 2008

Main Nano Field: Quantum Technology