EAGER: Polarization-Enabled Self-Quasi-Phase Matching for Quantum and Classical Nonlinear — NSF Award to University of California-
Nontechnical Description Nonlinear optical wave mixing processes are a key component of modern optical diverse technologies in fields such as communication, health, and environmental sensing. However, wave mixing processes in nonlinear optics present significant challenges, among them the vanishingly small magnitude of
| Award title | EAGER: Polarization-Enabled Self-Quasi-Phase Matching for Quantum and Classical Nonlinear |
|---|---|
| Award ID | 2536027 |
| Awardee | University of California-San Diego |
| City | LA JOLLA |
| State | CA |
| Amount obligated | $204,879 |
| Principal investigator | Noah Rubin |
| Program | EPMQD: Electronic, Photonic, M |
| Start date | 10/01/2025 |
| Abstract | Nontechnical Description Nonlinear optical wave mixing processes are a key component of modern optical diverse technologies in fields such as communication, health, and environmental sensing. However, wave mixing processes in nonlinear optics present significant challenges, among them the vanishingly small magnitude of the nonlinear susceptibility of most materials, the consequent high pump power densities required, and phase matching. The pursuit of phase matching has shaped the development of |
| Source | NSF Awards |
$799/mo
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