Transforming method has been demonstrated both theoretically and experimentally in the past years as a very powerful technique in manipulating optic, electromagnetic, and acoustic waves. Most recently, the technique has been applied to manipulate heat flux to demonstrate thermal cloak and thermal inversion etc. In this talk, I will give a brief introduction of the basics of the transforming heat transfer. Recent progress in thermal cloak, thermal concentrator, and thermal camouflage will be discussed in detail. Existing problems and future direction will be outlined.

Biography: Dr. Li received B. S from Nanjing University, M. Sci from Institute of Acoustics, the Chinese Academy of Science, and Ph. D from Oldenburg University, Germany in 1985, 1989 and 1992, respectively. He joined National University of Singapore (NUS) as assistant professor in 2000, and become full professor in 2007 and worked there until 2014. He has been 2014/2015 Russell Severance Springer Professor at Department of Mechanical Engineering, UC Berkeley.  In August 2015, he joined Department Mechanical Engineering, University of Colorado, Boulder as the Rennie Family Endowed Professor. He is one of the pioneers in an emerging field – Phononics. He has authored and co-authored 280 papers including 1 Rev. Mod Physics and 30 Phys. Rev. Lett, with H-index of 58 and total citation > 11,600 (Google Scholar). He has given 192 plenary, keynote, and invited talks/seminars including the keynote lecture in the14^th International Heat Transfer Conference (2010, Washington DC). So far, he has supervised 30 Ph. D students and more than 30 Postdocs. He is APS fellow (2013), recipient of numerous awards including 2005 National Science Award, Singapore, and 2005 OCPA’s (International Organization of Chinese Physicists and Astronomers) Asia Achievement Award and 2014/2015 Springer Professorship at University of California, Berkeley. His currently research activities include but not limited to: fundamental theory and measuring techniques of phonon/heat transport, phononic thermal devices, thermal metamaterials, phononic crystals, nano structured thermoelectric materials, and complex networks etc.