Iddo is a mathematician expertizing in the exploration of randomness. More specifically, Iddo’s expertise is the modeling and analysis of complex systems and processes that incorporate a high level of randomness – be they physical, chemical, biological, socioeconomic, financial, engineered, or virtual. Iddo has authored over 150 scientific publications on stochastics, operations research, statistical physics, econo-physics, and socio-physics. Iddo’s first monograph, “Power Laws: A Statistical Trek”, was published in 2020 by Springer.

eliazar@tauex.tau.ac.il

Maxence graduated the Ecole Normale Supérieure Paris-Saclay with an M.Sc. in Theoretical Physics and an M.Sc. in Probability and Financial Mathematics. He then continued to do research in theoretical soft matter and obtained a Ph.D. from PSL Research University/ESPCI Paris. Prior to joining the group, he worked as a financial engineer in an investment bank. Currently he investigates the role of fluctuations in complex systems from single molecules to financial markets.

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maxence.arutkin@outlook.fr

Bara holds a M.Sc. in physics and a B.Sc. in Physics and Math, both from Tel Aviv University. Her M.Sc. research focused on understanding how the mechanical muscle-blood connection manifests in the face using novel skin electrodes. She currently studies the structural and vibrational characteristics of proteins. 

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baral@mail.tau.ac.il

Tommer holds a B.Sc. in Chemistry (summa com laude) from the research track for excellent students at Tel Aviv University. Tommer studies first passage processes and their applications in physics, chemistry, and biology. 

tommerdavidk@mail.tau.ac.il

Itamar holds a B.Sc. in material science and engineering and a B.Sc. in chemistry, both from Tel Aviv University. Itamar studies the effects of tracer-media interaction on transport in disordered media.

itamarshtrit@mail.tau.ac.il

​Cooper applies a paws-on approach to research, specializing in high-velocity stochastic processes, real-time chaos generation, and rapid-response treat acquisition. His work explores the fundamental limits of persistence in pursuit dynamics, with a particular focus on pigeon chasing strategies. When not conducting field experiments in open terrain, he can be found optimizing rest intervals and refining his techniques in structured play-based learning environments.