Our Fellows - Kavli Discovery Fellows - Spring 2025

Kavli Discovery Fellows

Photo of graduate student, CARLA BASSIL

Carla Bassil

Multiplexed Volatile Organic Compound Gas Sensors using Nanoscale Materials

Photo of graduate student, COLLIN FINNAN

Collin Finnan

Augmentations and Applications of NEM Switches

Photo of graduate student, HAOYUE JIANG

Haoyue Jiang

Haoyue Jiang is developing an experimental apparatus for time- and angle-resolved photoemission spectroscopy using high-order harmonic probe pulses.

Photo of graduate student, HAOYUE JIANG

Jamie Geng

Toward bi-directional photodiodes for in-sensor computation

Photo of graduate student, KAIYU WANG

Kaiyu Wang

Kaiyu Wang is a Ph.D. candidate in Professor Omar Yaghi's lab, specializing in the synthesis of mechanically interlocking structures. His research interests also include leveraging artificial intelligence and lab automation to accelerate materials discovery.

Photo of graduate student, KOHTARO YAMAKAWA

Kohtaro Yamakawa

Koh Yamakawa is a Ph.D. candidate in Professor James Analytis's Lab in the physics department at UC Berkeley. He is interested in the materials design and discovery of novel materials with the aim toward understanding and manipulating macroscopic quantum effects such as superconductivity and band topology.

Photo of graduate student, MARIA FONSECA GUZMAN

Maria Fonseca Guzman

Enhancing Carbon Dioxide Reduction to Fuels: Synthesis, characterization, and testing of copper-gallium nanocatalysts

Photo of graduate student, OSCAR GONZALEZ

Oscar Gonzalez

Oscar Gonzalez is a Ph.D. candidate in Prof. Bediako's lab in the chemistry department at UC Berkeley. Oscar's research involves probing local and global magnetic order in intercalated transition metal dichalcogenides with an eye towards implementation in spintronic devices.

Photo of graduate student, ZIYI WANG

Ziyi Wang

Ziyi Wang is a Ph.D. candidate at UC Berkeley specializing in the synthesis and STM characterization of novel graphene nanoribbons and molecule-based quantum materials. His research focuses on engineering low-dimensional nanostructures with tunable electronic, magnetic, and quantum properties, and exploring their behavior using advanced local probe techniques.