Add to ORKGWe performed frequency non-degenerate pump-probe experiments in several direct-gap semiconductors using femtosecond and picosecond pulses. Tuning the long wavelength photons in the IR region, we observed a 125-fold enhancement of the two-photon absorption coefficient. © 2010 Optical Society of America
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
We performed a theoretical study of extreme nondegenerate two-photon stimulated emission in direct-b...
We performed a theoretical study of extreme nondegenerate two-photon stimulated emission in direct-b...
We performed frequency non-degenerate pump-probe experiments in several direct-gap semiconductors us...
We performed frequency non-degenerate pump-probe experiments in several direct-gap semiconductors us...
Using extremely nondegenerate photons in frequency (energy ratios 10/1), we measure 2-4 orders of ma...
Using extremely nondegenerate photons in frequency (energy ratios 10/1), we measure 2-4 orders of ma...
Using extremely nondegenerate photons in frequency (energy ratios \u3e10/1), we measure 2-4 orders o...
Using extremely nondegenerate photons in frequency (energy ratios \u3e10/1), we measure 2-4 orders o...
Using extremely nondegenerate photons in frequency (energy ratios \u3e10/1), we measure 2-4 orders o...
Two-photon absorption (2PA) spectra with pairs of extremely nondegenerate photons are measured in se...
Two-photon lasers require materials with large two-photon gain (2PG) coefficients and low linear and...
Two-photon lasers require materials with large two-photon gain (2PG) coefficients and low linear and...
Direct-gap semiconductors show enhanced two-photon absorption and nonlinear refraction for the extre...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
We performed a theoretical study of extreme nondegenerate two-photon stimulated emission in direct-b...
We performed a theoretical study of extreme nondegenerate two-photon stimulated emission in direct-b...
We performed frequency non-degenerate pump-probe experiments in several direct-gap semiconductors us...
We performed frequency non-degenerate pump-probe experiments in several direct-gap semiconductors us...
Using extremely nondegenerate photons in frequency (energy ratios 10/1), we measure 2-4 orders of ma...
Using extremely nondegenerate photons in frequency (energy ratios 10/1), we measure 2-4 orders of ma...
Using extremely nondegenerate photons in frequency (energy ratios \u3e10/1), we measure 2-4 orders o...
Using extremely nondegenerate photons in frequency (energy ratios \u3e10/1), we measure 2-4 orders o...
Using extremely nondegenerate photons in frequency (energy ratios \u3e10/1), we measure 2-4 orders o...
Two-photon absorption (2PA) spectra with pairs of extremely nondegenerate photons are measured in se...
Two-photon lasers require materials with large two-photon gain (2PG) coefficients and low linear and...
Two-photon lasers require materials with large two-photon gain (2PG) coefficients and low linear and...
Direct-gap semiconductors show enhanced two-photon absorption and nonlinear refraction for the extre...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
We performed a theoretical study of extreme nondegenerate two-photon stimulated emission in direct-b...
We performed a theoretical study of extreme nondegenerate two-photon stimulated emission in direct-b...