Optics and Quantum Electronics - Research Laboratory of Electronics
... control in femtosecond laser systems," paper presented at the in Generation, Amplification, and Measurement of Ultrashort Laser Pulses II, Proc. SPIE, San Jose, California. Feb. 6-7, ...
... control in femtosecond laser systems," paper presented at the in Generation, Amplification, and Measurement of Ultrashort Laser Pulses II, Proc. SPIE, San Jose, California. Feb. 6-7, ...
Answers
... In each experiment, the particle nature was evident because whenever we detected light it was at a specific place (detector). You either got a photon or you did not. However, the wave nature is shown by the way we can use Malus’ Law for polarized waves to calculate the probabilities that a photon wi ...
... In each experiment, the particle nature was evident because whenever we detected light it was at a specific place (detector). You either got a photon or you did not. However, the wave nature is shown by the way we can use Malus’ Law for polarized waves to calculate the probabilities that a photon wi ...
Quantum fluids of light
... Correlation function of intensity noise at different positions (x,x') Signature of Hawking radiation processes: “Balbinot-Fabbri” correlation tongues Conversion of zero-point fluctuations into correlated pairs of Bogoliubov phonons propagating away from horizon In optics language: parametric emissio ...
... Correlation function of intensity noise at different positions (x,x') Signature of Hawking radiation processes: “Balbinot-Fabbri” correlation tongues Conversion of zero-point fluctuations into correlated pairs of Bogoliubov phonons propagating away from horizon In optics language: parametric emissio ...
Lindblad theory of dynamical decoherence of quantum-dot excitons P. R. Eastham,
... how the pulses can be shaped to maximize the probability of creating a single exciton using a frequency-swept laser pulse. We also use this theory to propose and analyze methods to determine the phonon density of states experimentally, i.e., phonon spectroscopy, by exploring the dependence of the ef ...
... how the pulses can be shaped to maximize the probability of creating a single exciton using a frequency-swept laser pulse. We also use this theory to propose and analyze methods to determine the phonon density of states experimentally, i.e., phonon spectroscopy, by exploring the dependence of the ef ...
IOSR Journal of Electrical and Electronics Engineering (IOSRJEEE)
... RoF technology is one of the recent advancements in optical communication, finding applications in cable TV networks, base station links for mobile communication and antenna remoting [1]. Particularly, radio over multimode fiber system (ROMMF) has gained much attention recently for its suitability t ...
... RoF technology is one of the recent advancements in optical communication, finding applications in cable TV networks, base station links for mobile communication and antenna remoting [1]. Particularly, radio over multimode fiber system (ROMMF) has gained much attention recently for its suitability t ...
Opto acoustic
... All-optical detection is advantageous due to – high sensitivity, – non-contact procedure. ...
... All-optical detection is advantageous due to – high sensitivity, – non-contact procedure. ...
document
... The index of refraction of a medium is usually a function of the wavelength of the light. It is larger at shorter wavelengths. Consequently, a light beam consisting of rays of different wavelength (e.g., sun light) will be refracted at different angles at the interface of two different media. This s ...
... The index of refraction of a medium is usually a function of the wavelength of the light. It is larger at shorter wavelengths. Consequently, a light beam consisting of rays of different wavelength (e.g., sun light) will be refracted at different angles at the interface of two different media. This s ...
Semiconductor Lasers: Device Physics and Applications
... Local area optical links are becoming increasingly popular for voice, data, video, digital audio and high definition video transmission. The high modulation bandwidth and large dynamic range of semiconductor lasers make them potential candidates for use in directly modulated optical transmitters. An ...
... Local area optical links are becoming increasingly popular for voice, data, video, digital audio and high definition video transmission. The high modulation bandwidth and large dynamic range of semiconductor lasers make them potential candidates for use in directly modulated optical transmitters. An ...
Soliton collision and Raman gain regimes in continuous
... One important aspect of modeling the nonlinear propagation of a CW beam in an optical fiber is how to model the CW input. Kobtsev and Smirnov used the one photon per mode approach [16]. This method has previously been used to model SC generation using picosecond pulses [8] and consists of phenomenol ...
... One important aspect of modeling the nonlinear propagation of a CW beam in an optical fiber is how to model the CW input. Kobtsev and Smirnov used the one photon per mode approach [16]. This method has previously been used to model SC generation using picosecond pulses [8] and consists of phenomenol ...
