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CAREER: Electrically Reconfigurable Chiroptical Heterostructures based on Twisted Aligned 1D Chiral Quantum Materials and Phase Change Materials

Organization University of UtahLocation SALT LAKE CITY, United StatesPosted 1 May 2026Deadline 30 Apr 2031
NSFUS FederalResearch GrantScience FoundationUT
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Non-technical Description
The interaction of chiral materials and devices with circularly polarized light creates new opportunities for applications in sensing, imaging, computing, and quantum photonic technologies. However, current chiroptical platforms face challenges, including limited understanding and electrical control of key chiroptical…

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CAREER: Electrically Reconfigurable Chiroptical Heterostructures based on Twisted Aligned 1D Chiral Quantum Materials an | Dev Procure