Many congratulations to our post doc, Hyun Jin Kim, for earning an assistant professorship at the University of Alabama! She will lead research focusing on energy and thermal transport systems, based on microscale thermofluid science fundamentals. Good luck Jin!
Chi graduated with a Ph.D. in Mechanical Engineering on September 2020! Congratulations Chi! We welcome Chi as a new post doc in the nanoHeat lab!
Kiwook graduated with a Ph.D. in Mechanical Engineering on July 2020! Congratulations Kiwook! Here’s to a new chapter in your life working at Samsung.
Tanya graduated with her Ph.D. in Mechanical Engineering in May of 2020! Congratulations Tanya! We wish you the best in your postdoc appointment working with Professor Megan Mauter in the Civil Engineering Department.
NAE election is among the highest honors for engineers.NAI recognizes inventions of societal benefit.NAE citation: “for developments in microprocessor thermal management and nanoscale heat conduction.” news highlight
Congrats to Saniya Leblanc (George Washington University) and Damena Agonafer (Washington University in St. Louis) for their 2019 awards, and to Yoonjin Won (UC Irvine) in 2018, all with great ideas for research, education, and outreach. Saniya’s research will be on additive manufacturing for thermoelectric applications, and Damena and Yoonjin are exploring aspects of phase […]
Extreme two-phase heat sinking for data centers and power electronics, exploring the limits of convective cooling for two of the toughest applications facing society. Project Title: Exploring the Limits of Cooling for Extreme Heat Flux Applications: Data Centers and Power Electronics. Collaborators: Prof. Joe Palko, UC Merced, Dr. Sreekant Narumanchi, NREL, and Dr. Eric Dede, […]
Ken was elected to the 2019 class of Fellows for inventions and contributions to society, induction ceremony in April.
Joe graduated with a Ph.D. in Mechanical Engineering on August 2019! Congratulations Joe! Here’s to a new chapter in your life working at Exponent.
Just out in Nature Communications: strong heatflow modulation through lithium intercalation in MoS2, in-situ scanning TDTR captures the transient physics. Stanford press