Exploring Electrical and Magnetic Resonances from Coherently Correlated Long-Lived Radical Pairs towards Development of Negative Refractive-Index Materials
Abstract
The research efforts have made following major breakthroughs: 1. Developed new strategy to couple pi-d electrons for the development of molecular metamaterials 2. Explored new mechanism to utilize intermolecular excited states for realizing electric-magnetic coupling towards developing molecular metamaterials 3. Developed new method to use radicals for electric-magnetic coupling towards radicals-based metamaterials 4. Discovered a novel mechanism to generate magneto-optic properties by establishing spin-exchange interaction in electron-hole pairs in ferroelectrically semiconducting materials 5. Developing new strategy to separately control electrical and thermal conductivities by using interfacial polarization
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 03, 2015
- Accession Number
- ADA617378
Entities
People
- Bin Hu
Organizations
- University of Tennessee