Our paper on dielectric phase separation in the Journal of Colloid and Interface Science Damena led our efforts on dielectric phase separation the nanoheat paper is just out and getting great attention. Well done! link to publication
Well done! Tanya Liu placed 3rd at the NSF Engineering Research Center Biennial Review by “perfectly pitching” her phase change spreaders with relevance for electric vehicle range. This competition involves a 90-second pitch, with only 1 slide and no props and is conducted in front of the entire Biennial Meeting audience. The winners of each […]
Jungwan’s new paper with industrial collaborators explores conduction limits while pushing the boundaries of high speed thermoreflectance Jungwan Cho from nanoheat with local industrial collaborators explores the limits of power electronics thermal management using composite GaN-diamond substrates. our paper just out
Dr. Damena Agonafer was a member of Nanoheat for 3 years with special contributions in our POETS NSF Center.His faculty career launched recently at Washington University, follow his progress here. Damena’s faculty website
Top poster among 50! Tanya Liu, Sri Lingameni, and James Palko get tons of credit, excellent news.
Michael’s NanoLetter gets press! Michael and co-worker’s publication on conduction in metal inverse opals is being featured in press coverage by both the nanotechnology and thermal management communities! See the full articles at nanotechweb.org and electronics-cooling.com. electronics-cooling.com nanotechweb.org Our Nano Letters Publication
James Palko and coworkers achieve breakthrough heat flux with low superheat in our template-fabricated porous copper. Our APL just out
Stanford-led team is developing energy-efficient monolithic 3D circuits for abundant data applications. Intrinsic thermal management is the key enabler. Our paper in IEEE Computer related coverage
Ken Goodson recognized by AIChE for “sustained contributions to nanoscale thermal science…and for mentoring so many next generation heat transfer educators.”
Shilpi’s paper and new approach to characterize small liquid volumes, with relevance to biomolecules, is featured by this issue. Here is the abstract for the article: Thermal phenomena in many biological systems offer an alternative detection opportunity for quantifying relevant sample properties. While there is substantial prior work on thermal characterization methods for fluids, the […]