
MEMBERS OF THE
Institute of Advanced Studies in
THEORETICAL CHEMISTRY
Members in IASTC
Institute of Advanced Studies in Theoretical Chemistry

Prof. Uri Peskin
Professor of Theoretical Chemistry & Dean of Graduate School at the Technion
Quantum dynamics and scattering, Open quantum Systems, Charge transport through molecular systems, Driven quantum systems, Molecular electronics, New algorithms for quantum dynamics Simulations.

Assoc. Prof. Zohar amitay
Associate Professor of Physical Chemistry
The Shirlee Jacobs Femtosecond Laser Research Laboratory at the
Schulich Faculty of Chemistry, Technion-IIT
The Lab is equipped with state-of-the-art femtosecond laser systems, and combines ultrafast laser and optical techniques with spectroscopy and vacuum tools

Asst. Prof. Yuval Shagam
Assistant Professor
of Physical Chemistry
Quantum Science and Technology Lab with trapped molecular ions. Sensing techniques, chiral molecules, precision measurement, cold quantum physics.

Prof. Nimrod Moiseyev
Director & Founder of IASTC
Professor of Theoretical Chemistry & Physics at the Technion, Israel
Non-Hermitian Quantum Mechanics: from foundation to applications

Assoc. Prof. Saar Rahav
Associate Professor of Theoretical Chemistry
Statistical mechanics of far from equilibrium systems, Artificial molecular machines, Fluctuation theorems, Thermodynamics of information

Asst. Prof. David Gelbwaser Klimovsky
Assistant Professor of Theoretical Chemistry
Quantum Thermodynamics, Open Quantum Systems, Non Reciprocal, Non Equilibrium

Assoc. Prof. Lev Chuntonov
Associate Professor of Physical Chemistry
Laboratory for multi-dimensional
spectroscopy of ultrafast molecular processes

Assoc. Prof. Milan Sindelka
Associate Professor of Theoretical Chemistry, Guangdong-Technion Institute of Technology
Quantum theory of light-matter interaction, Quantum scattering theory, Non-Hermitian Quantum Mechanics

Assist. Prof. Ofer Neufeld
Assistant Professor of Theoretical Chemistry
Strong light-matter interactions in condensed matter systems, including two-dimensional, strongly-correlated, and topological materials