Professor

Naama Lang Yona

We are the Mico-Bio-Atmosphere group, an interdisciplinary lab based in the Technion, Haifa. We are interested in investigating different microbial communities under various changes in environmental conditions.

www.lang-yona.com

Ph.D.: Atmospheric Chemistry and Biology, Weizmann Institute of Science, 2014

M.Sc.: Atmospheric Chemistry and Physics, Weizmann Institute of Science, 2009

B.Sc.: Environmental Sciences and Biotechnology, Tel-Hai academic college, 2004

Joshua M. Grolman

Ph.D.: Materials Science and Engineering, University of Illinois at Urbana-Champaign, 2016

B.Sc.: Biochemistry, University of Massachusetts at Amherst, 2011

Main Nano Field: Nano mechanics

Hemi (Menahem) Rotenberg

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.

Yuval Garini

Ph.D.: Physics, Technion, 1994

M.Sc.: Physics, Technion, 1989

B.Sc.: Physics, Technion, 1987

Main Nano Field: bio-nano, DNA origami, single molecule studies

Research interests: Biophysics, nuclear organization, single molecule methods, Microscopy and spectroscopy, live cell imaging, Super-resolution microscopy

Yoav Kalcheim

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

Yonatan Calahorra

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: