Researcher interests: Many-body Brownian dynamics simulations. Reversible diffusion-influenced reactions. Ligand binding to heme proteins. Excited-state proton transfer. Proton mobility. Water structure and dynamics. Proton-wires in proteins. Prehistory of Semitic languages.
FACULTY / SCHOOL: Faculty of Science
Contact Business Development: Matt Zarek

Selected Publications

Noam Agmon, jean jules fifen
ionic radii of hydrated sodium cation from qtaim (2019)| Journal of Chemical Physics| Read more
Noam Agmon, nagaprasad reddy samala
the protonated water trimer and its giant fermi resonances (2018)| Chemical Physics| Read more
Noam Agmon, nagaprasad reddy samala
structure spectroscopy and dynamics of the phenol water 2 cluster at low and high temperatures (2017)| Journal of Chemical Physics| Read more
Noam Agmon, chao zhang, denis knyazev, ewald weichselbaum, gunther knor, maria osterbauer, oleg batishchev, paolo carloni, peter pohl, sergey akimov, trung hai nguyen
origin of proton affinity to membrane water interfaces (2017)| Scientific Reports| Read more
isoelectronic theory for cationic radii (2017)| Journal of the American Chemical Society| Read more
Noam Agmon, ran friedman
charge transfer in proteins in celebration of hemi gutman s 80 th birthday (2017)| Israel Journal of Chemistry| Read more
Noam Agmon, huan wang
reinvestigation of the infrared spectrum of the gas phase protonated water tetramer (2017)| Journal of Physical Chemistry A| Read more
Noam Agmon, shinobu
proton wire dynamics in the green fluorescent protein (2017)| Journal of Chemical Theory and Computation| Read more
Noam Agmon, jean jules fifen
structure and spectroscopy of hydrated sodium ions at different temperatures and the cluster stability rules ()| Journal of Chemical Theory and Computation| Read more
Noam Agmon, huan wang
complete assignment of the infrared spectrum of the gas phase protonated ammonia dimer ()| Journal of Physical Chemistry A| Read more

Contact for more information:

Matt Zarek
VP, BUSINESS DEVELOPMENT
+972-2-6586686
Contact ME: