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Jason G. Valentine

Professor of Mechanical Engineering
Professor of Electrical and Computer Engineering
Deputy Director, Vanderbilt Institute of Nanoscale Science and Engineering


In the Valentine group we are developing optical metamaterials which are nanostructured composites that allow one to engineer optical properties at will. In our group we are exploring both metal-based (plasmonic) metamaterials as well as low-loss all-dielectric variants. On a fundamental level, we use the engineering freedom associated with nano-scale structuring to realize and investigate optical properties that don’t exist in nature such as a negative and zero-index of refraction. On a more applied level, we are using metamaterials to realize novel device applications such as ultra-compact optical elements, efficient and low power optoelectronics, and hot electron-based energy conversion devices.


Chancellor's Faculty Fellow
Chancellor's Research Award
ONR Young Investigator Award
National Science Foundation CAREER Award
Vanderbilt Junior Faculty Teaching Fellowship
MRS Gold Student Award
Time magazine ‘Top 10 Scientific Discoveries of 2008', #7
Time magazine ‘Top 50 Inventions of 2008’, #28
Discover magazine ‘Top 100 Story of 2008’, #7

Selected Publications:

Flat optics for image differentiation. Zhou, Y; Zheng, HY; Kravchenko, II; Valentine, J, NATURE PHOTONICS, , , (2020) View Abstract

Circularly polarized light detection with hot electrons in chiral plasmonic metamaterials. Li, W; Coppens, ZJ; Besteiro, LV; Wang, WY; Govorov, AO; Valentine, J, NATURE COMMUNICATIONS, 6, 8379 , (2015) View Abstract

All-dielectric metasurface analogue of electromagnetically induced transparency. Yang, Y; Kravchenko, II; Briggs, DP; Valentine, J, NATURE COMMUNICATIONS, 5, 5753 , (2014) View Abstract

Dielectric Meta-Reflectarray for Broadband Linear Polarization Conversion and Optical Vortex Generation. Yang, YM; Wang, WY; Moitra, P; Kravchenko, II; Briggs, DP; Valentine, J, NANO LETTERS, 14, 1394-1399 , (2014) View Abstract

Metamaterial Perfect Absorber Based Hot Electron Photodetection. Li, W; Valentine, J, NANO LETTERS, 14, 3510-3514 , (2014) View Abstract