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Sirio Belli |
Harvard University |
What turns galaxies off? |
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Tim Rawl |
European Space Agency |
Webb Space Telescope and the Near Infrared Spectrograph (NIRSpec) |
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Elisabetta Valiante |
1QBIT |
TBA |
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Dr. Alex Walter |
Jet Propultion Laboratory (JPL) |
Exploring the Cosmos with Superconducting Detectors |
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SSU STEP Program |
Sonoma State University |
Becoming a Middle or High School STEM Teacher |
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Dr. Brianna Grado-White |
Brandeis University |
Building Traversable Wormholes (In Theory) |
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Dr. James Battat |
Wellesley College |
Testing Einstein with Lasers and the Moon |
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Dr. Christine Koh |
Sonoma State University |
Spectroscopic Characterization of Bioaerosols |
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Dr. Edward Parker |
Associate Physical Scientist at the RAND Corporation |
From Frustrated Quantum Magnetism to Public Policy Research |
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Dr. Alex Kinsella |
Woods Hole Oceanographic Institution |
A Journey from String Theory to Oceanography |
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Dr. Rodolfo Barniol Duran |
Sacramento State University |
From Black Holes to Fireworks: Understanding Astrophysical Jets |
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Professor JC Holbrook |
University of Edinburgh and Marie Skłodowska Curie Fellow |
Astrophysics Culture |
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Natalie Sanborn, Juan Garcia Vega, Andrew Evans, and Katie Toman |
Sonoma State University |
Research Experiences for Undergraduates, Student Edition! |
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Dr. Stacy Copp |
UC Irvine |
Programmable light-matter interactions |
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Dr. Francisco Ponce |
Pacific Northwest National Laboratory |
Using Quantum Sensors to Search for Dark Matter |
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Dr. Louise Anderson |
Google AI |
From Black Holes to Neural Networks |
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Dr. Christina Knapp |
Microsoft |
Quantum Computing with a Topological Phase of Matter |
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Dr. Kevin Satzinger, |
Google Quantum AI |
Quantum computing with superconducting circuits at Google |
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Dr. David Ramirez |
Brown University |
What black holes can teach us about superconductors |
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Dr. Isabel Lipartito |
Lockheed Martin Focalplane |
Instrumentation in Astronomy |
