Add to ORKGWe detect both pulsed and CW IR light using uncooled GaN or GaAs photodiodes using extremely-nondegenerate two-photon-absorption (2PA) which shows large enhancement over degenerate 2PA. Urbach-tail absorption limits the signal-to-noise ratio for CW detection. © 2013 The Optical Society
Femtosecond gated detection of low power mid-IR radiation using ultraviolet gating pulses in a GaN d...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
The purpose of this dissertation is to provide a study and possible applications of two-photon absor...
We detect both pulsed and CW IR light using uncooled GaN or GaAs photodiodes using extremely-nondege...
We detect both pulsed and CW IR light using uncooled GaN or GaAs photodiodes using extremely-nondege...
We observe CW Mid-IR detection using GaN or GaAs p-i-n detetctors with extremely nondegenerate two-p...
We observe CW Mid-IR detection using GaN or GaAs p-i-n detetctors with extremely nondegenerate two-p...
We observe CW Mid-IR detection using GaN or GaAs p-i-n detetctors with extremely nondegenerate two-p...
We compare GaAs and GaN for IR detection using extremely non-degenerate twophoton absorption. While ...
We compare GaAs and GaN for IR detection using extremely non-degenerate twophoton absorption. While ...
We compare GaAs and GaN for IR detection using extremely non-degenerate two-photon absorption. While...
We compare GaAs and GaN for IR detection using extremely non-degenerate twophoton absorption. While ...
We compare GaAs and GaN for IR detection using extremely non-degenerate two-photon absorption. While...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
Femtosecond gated detection of low power mid-IR radiation using ultraviolet gating pulses in a GaN d...
Femtosecond gated detection of low power mid-IR radiation using ultraviolet gating pulses in a GaN d...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
The purpose of this dissertation is to provide a study and possible applications of two-photon absor...
We detect both pulsed and CW IR light using uncooled GaN or GaAs photodiodes using extremely-nondege...
We detect both pulsed and CW IR light using uncooled GaN or GaAs photodiodes using extremely-nondege...
We observe CW Mid-IR detection using GaN or GaAs p-i-n detetctors with extremely nondegenerate two-p...
We observe CW Mid-IR detection using GaN or GaAs p-i-n detetctors with extremely nondegenerate two-p...
We observe CW Mid-IR detection using GaN or GaAs p-i-n detetctors with extremely nondegenerate two-p...
We compare GaAs and GaN for IR detection using extremely non-degenerate twophoton absorption. While ...
We compare GaAs and GaN for IR detection using extremely non-degenerate twophoton absorption. While ...
We compare GaAs and GaN for IR detection using extremely non-degenerate two-photon absorption. While...
We compare GaAs and GaN for IR detection using extremely non-degenerate twophoton absorption. While ...
We compare GaAs and GaN for IR detection using extremely non-degenerate two-photon absorption. While...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
Femtosecond gated detection of low power mid-IR radiation using ultraviolet gating pulses in a GaN d...
Femtosecond gated detection of low power mid-IR radiation using ultraviolet gating pulses in a GaN d...
Identifying strong and fast nonlinearities for today\u27s photonic applications is an ongoing effort...
The purpose of this dissertation is to provide a study and possible applications of two-photon absor...