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.

Studying non-local aerosol–cloud interactions using cloud-controlling factor analysis

A master student studying the impact of aerosol-cloud interactions (ACI) on large-scale atmospheric circulation.

My current research revolves around aerosol-radiation interactions within the paradigm of radiative-convective equilibrium (RCE). 

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.