Stanford University
Showing 31,821-31,840 of 34,956 Results
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Adam J Wallen
Affiliate, Facilities Energy Management
BioAdam studied Aeronautical and Mechanical Engineering. As for Electrical, he started with 12 VDC systems in cars and moved up through 240 VAC. Additionally, he teaches computer programming.
Adam's claim to fame is that he was the first W2 employee for SkyFoundry. In his spare time, Adam uses his Divemaster certification to hunt for extinct shark teeth and fly drones. Adam also enjoys working on cars and credits much of his engineering knowledge to tinkering. Additionally, Adam is currently working on his Private Pilot's License.
In 2020, Adam founded Ziva Tech Solutions where he proudly supports Stanford's LBRE team. -
Zach Wallis
Ph.D. Student in History, admitted Autumn 2026
BioI am a graduate student in the Department of History's doctoral program since 2026. My research focuses on political economy, environment, and energy in Australia, New Zealand, and the Southwest Pacific in the late nineteenth and early twentieth centuries. I have previously undertaken research on Australian and New Zealand intellectual history in the same period, and published an article on James Bonwick's writing about the Aboriginal Tasmanians, titled "History, Extinction, Ambiguity," in the journal History Australia. I hold a first-class honours undergraduate degree in history from McGill University and master’s degrees in history from the Australian National University and the University of Chicago.
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Patrick Walsh
Ph.D. Student in Applied Physics, admitted Autumn 2025
BioPatrick graduated with honors from the University of Wisconsin-Madison in 2025 with a B.S. in Applied Math, Engineering, and Physics. He conducted his undergraduate research under Professor Mark Eriksson, where he studied Semiconductor Quantum Dot Qubits. His work focused on developing experimental techniques and numerical tools to automate gate-voltage calibration procedures for quantum dot devices. As an NSF Fellow and graduate student with the Bøttcher group at Stanford, Patrick is interested in using Josephson Junction Arrays to study a variety of problems in condensed matter, including vortex dynamics, quantum phase transitions, and highly correlated materials.
