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I am a computational physicist and thermal scientist working on electron and phonon transport. My research is at the intersections among energy science, material science, thermal engineering, microelectronics, condensed matter physics, first-principles calculations, and machine learning.
I am a computational physicist and thermal scientist working on electron and phonon transport. My research is at the intersections among energy science, material science, thermal engineering, microelectronics, condensed matter physics, first-principles calculations, and machine learning.
I am an Assistant Professor in Arizona State University. I was previously a postdoctoral researcher in Prof. Antia Botana's group in ASU and in Prof. Yongjie Hu's group at UCLA. I received my PhD degree from UCLA in December, 2022.
I am an Assistant Professor in Arizona State University. I was previously a postdoctoral researcher in Prof. Antia Botana's group in ASU and in Prof. Yongjie Hu's group at UCLA. I received my PhD degree from UCLA in December, 2022.
I collaborated with national labs and research groups such as Prof. Xiangfeng Duan (UCLA), Prof. Paul Weiss (UCLA), Prof. Adrienne Lavine (UCLA), Dr. Lucas Lindsay (Oak Ridge), Dr. Ahmet Alatas (Argonne), and Prof. Joon Sang Kang (KAIST).
I collaborated with national labs and research groups such as Prof. Xiangfeng Duan (UCLA), Prof. Paul Weiss (UCLA), Prof. Adrienne Lavine (UCLA), Dr. Lucas Lindsay (Oak Ridge), Dr. Ahmet Alatas (Argonne), and Prof. Joon Sang Kang (KAIST).
You can find my papers on Google Scholar, and more information from Linkedin.
You can find my talks from my YouTube channel.
You can contact me through email: huanwu@asu.edu
You can find my photography from my Instagram.
I am passionate about exploring the impact of transport physics on advancing the next-generation energy and quantum technologies. I am particularly interested in unconventional electron, phonon, and magnon transport and their interactions, and dedicated to translating fundamental insights into practical advances in materials and devices.
My approach combines first-principles calculations grounded in quantum physics and advanced computing to generate theoretical insights, and complemented by a systematic exploration through material characterizations, experimental observations and device designs.
From electron scale to human scale
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