Professor Dr. Eva Silverstein

Biography

Professor Silverstein conducts research in theoretical physics, particularly in gravitation and cosmology. She develops new methods and applications of machine learning in this field. Her work includes investigating the fundamental degrees of freedom and interactions underlying gravitational particle physics, examining mechanisms for the initial seeds of structure in the universe, and utilizing cosmological observations to test these theories. She explores the holographic framework for cosmology and accounts for emergent effects, horizons, and singularities. Professor Silverstein's research addresses critical problems in theoretical physics, offering concrete mechanisms for cosmic inflation that consider sensitivity to high-energy physics. She has contributed significantly to cosmic microwave background research and has analyzed observable phenomenology systematically. Her investigations touch upon stabilizing extra dimensions in string theory and methods to tackle questions surrounding quantum gravity and singularity resolution. Her focus areas include optimization algorithms derived from physical dynamics, UV complete mechanisms for cosmic inflation, long-range interactions in black hole physics, and holographic models aimed at enhancing the AdS/CFT correspondence in cosmology. Additionally, she explores mechanisms by which extra degrees of freedom in string theory can induce transitions related to duality symmetries in spaces of varying topology and dimensionality.

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