
Theoretical High Energy Physics
Our group applies mathematical and AI techniques to particle physics, cosmology, and string theory. In particle physics, we focus on beyond-standard-model physics, particularly supersymmetry and supergravity. In cosmology, we address inflation following the initial singularity, dark energy driving accelerated expansion, and dark matter’s role in galaxy formation. And in string theory, we study extra-dimensional geometry and topology while solving the consistency conditions required for a UV-complete theory of quantum gravity.
Members
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Professor Bao’s expertise includes holography and quantum information theory.
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Professor Halverson’s expertise lies in AI, string theory, mathematics, and string phenomenology.
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Professor Harrison’s research is focused on quantum field theory, string theory, and mathematics.
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Professor Nath’s expertise includes supergravity, particle physics, and cosmology.
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Professor Nelson’s expertise includes AI, cosmology, and string phenomenology.
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Professor Ruehle’s research incorporates AI, string theory, mathematics, and string phenomenology.
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Professor Taylor’s expertise lies in holography and scattering amplitudes.