POSTER HALL 4: Physics, Math, & Astronomy
Christina Bell
A leading candidate for dark matter is the axion, a hypothetical particle expected to generate extremely weak, low-frequency electromagnetic signals that require highly sensitive detection techniques.
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Chris Randall
My research is in algebraic statistics, which applies the tools of algebraic geometry to statistical questions.
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Anthony Ozerov
Meta-analysis is the combination of results from different studies.
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Will Hartog
We develop an estimator for the frequentist local false discovery rate (lfdr) for multiple hypothesis testing in the setting with empirical Bayes (EB) parameter estimates.
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Christian Serio
My research focuses on probability theory and its applications to statistical mechanics.
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Micah Oeur
My project leverages cosmological zoom-in simulations to study the structure and content of Milky Way–like galaxies
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Pierce Giffin
Traditional searches for dark matter rely primarily on two-to-two body interactions to probe its particle nature.
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Jordan Diaz
Direct imaging of exoplanets - planets outside our solar system - at different stages of their lives is key for understanding the physical processes of planet formation
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Nathan J. McGregor
I use computer models to simulate how hot and cold rock moves inside Venus’s mantle and how that affects its orientation over time.
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Ryan Thong
This work develops a physics-informed graph neural network for reconstructing the energy fluence of ultra-high-energy (UHE) neutrinos and cosmic rays
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