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collaborative culture of the group. One position is funded by the Simons Collaboration on Learning the Universe (LtU). The Simons Collaboration develops physically grounded models for galaxy formation simulations
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-messenger astrophysics. Interested in developing new capabilities for observing and data processing of multi-messenger transients with modern astronomical data systems and ML/AI models. Preferred
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, led by Assistant Professor Danielle H. Speller, focuses on low-temperature searches for physics beyond the standard model, with a concentration on searches for dark matter and neutrinoless double-beta
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. The Speller group, led by Assistant Professor Danielle H. Speller, focuses on low-temperature searches for physics beyond the standard model, with a concentration on searches for dark matter and neutrinoless