My research focuses on using climate models to better understand the atmospheres of planets in our Solar System and exoplanets. Previously, I used convection resolving models to study hydrogen dominated atmospheres.
My research focuses on the influence of aerosol om rainfall patterns in areas undergoing convective cloud seeding experiments. I utilize WRF model to simulate cloud dynamics and explore these interactions.
Bachelor's in physics at the Hebrew University of Jerusalem (graduated in 2023). Currently studying anthropogenic-driven changes in precipitation in the Middle East using single forcing large ensemble simulations.
BSc in physics from the Hebrew University of Jerusalem. Studing relations between aerosol-cloud interactions and sea surface temperature changes using km-scale RCE simulations.
Development and implementation the detailed spectral bin microphysics melting scheme in ICON NWP and investigation the effects of melting on precipitation and dual polarimetric radar signatures.
B.Sc graduate in Earth Sciences, specializing in Climate-Atmosphere-Oceanography, and Environmental Science, through a dual teaching program at the Hebrew University.
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