CAREER: Realizing ultrahigh mobility semiconductors through light-matter interactions — NSF Award to Columbia University (NY, $283
Non-technical description: The semiconductor technologies that pervade modern society work by transporting energy carriers like electrons and excitons from source to target. Carrier scattering with impurities and vibrations is the primary source of resistance in semiconductors, limiting the speed and efficiency of all
| Award title | CAREER: Realizing ultrahigh mobility semiconductors through light-matter interactions |
|---|---|
| Award ID | 2441776 |
| Awardee | Columbia University |
| City | NEW YORK |
| State | NY |
| Amount obligated | $283,100 |
| Principal investigator | Milan Delor |
| Program | ELECTRONIC/PHOTONIC MATERIALS |
| Start date | 08/01/2025 |
| Abstract | Non-technical description: The semiconductor technologies that pervade modern society work by transporting energy carriers like electrons and excitons from source to target. Carrier scattering with impurities and vibrations is the primary source of resistance in semiconductors, limiting the speed and efficiency of all electronic devices ranging from photovoltaics to computer chips. Rising needs for energy efficiency and computing power provide a strong impetus for identifying materials and proce |
| Source | NSF Awards |
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