Engineering nonlinearities in nanoscale optical systems
... nonlinearities are sufficiently large that the waveguides act in the same manner as they do in optical fibers—but since the structures are of chip scale, their subwavelength characteristics strongly affect their optical properties. Consequently, both new physical and new optical phenomena are presen ...
... nonlinearities are sufficiently large that the waveguides act in the same manner as they do in optical fibers—but since the structures are of chip scale, their subwavelength characteristics strongly affect their optical properties. Consequently, both new physical and new optical phenomena are presen ...
TWC Syllabus Summary Blank
... identify data sources, gather, process and present information from secondary sources to identify areas of current research and use the available evidence to discuss some of the underlying physical principles used in one application of physics related to waves, such as: ...
... identify data sources, gather, process and present information from secondary sources to identify areas of current research and use the available evidence to discuss some of the underlying physical principles used in one application of physics related to waves, such as: ...
Chapter 7- Components of Optical Instruments
... Direct-line fluorescence: Occurs when an electron in an excited state emits radiation upon falling, to an electron level that is above the level that is above from which the electron originally absorbed radiation. The wavelength of the emitted radiation is longer than the wavelength of the absorbed ...
... Direct-line fluorescence: Occurs when an electron in an excited state emits radiation upon falling, to an electron level that is above the level that is above from which the electron originally absorbed radiation. The wavelength of the emitted radiation is longer than the wavelength of the absorbed ...
S.72-227 Digital Communication Systems
... To understand basic features of fiber-optic communications To understand basic operation principles of optical cables and determination of performance limits of optical communications – based on fiber physics – link bandwidth and bit rate To understand in qualitative level how LEDs and lasers work T ...
... To understand basic features of fiber-optic communications To understand basic operation principles of optical cables and determination of performance limits of optical communications – based on fiber physics – link bandwidth and bit rate To understand in qualitative level how LEDs and lasers work T ...
Article
... temperature compensation. They provide the lowest-loss solution at low channel count, and similar loss to flat-top arrayedwaveguide gratings at high channel counts. In addition, the device is insensitive to the polarization of the signal and extremely stable to temperature variations. TFFs have been ...
... temperature compensation. They provide the lowest-loss solution at low channel count, and similar loss to flat-top arrayedwaveguide gratings at high channel counts. In addition, the device is insensitive to the polarization of the signal and extremely stable to temperature variations. TFFs have been ...
Bichromatic Frequency Conversion in Potassium Niobate.
... of the equivalent single-mode doubler. The two harmonic components are expected to be of equal strength and four times weaker than the same component, which results in a total output power that is consistent with the above-derived factor of 1.5. In this Letter we report on bichromatic frequency conv ...
... of the equivalent single-mode doubler. The two harmonic components are expected to be of equal strength and four times weaker than the same component, which results in a total output power that is consistent with the above-derived factor of 1.5. In this Letter we report on bichromatic frequency conv ...
I. Introduction - ER Publications
... higher performance to the communication system.FSO links improve data rate transmission and overall SNR of the system for deep-space communication applications. The most important parameter for an optical system is low weight and coast of system are improving fast. For a system by improving signal q ...
... higher performance to the communication system.FSO links improve data rate transmission and overall SNR of the system for deep-space communication applications. The most important parameter for an optical system is low weight and coast of system are improving fast. For a system by improving signal q ...
lecture plan
... L18: Damped Oscillations, detailed Analysis and Concept of Logarithmic Decrement, Q-Factor of an Oscillator. L19: Forced Oscillations, Equation of Motion and its Solution. Mechanical Impedance and Phase Characteristics, Power Absorbed, Resonance Condition for both Amplitude and Power, and Quality Fa ...
... L18: Damped Oscillations, detailed Analysis and Concept of Logarithmic Decrement, Q-Factor of an Oscillator. L19: Forced Oscillations, Equation of Motion and its Solution. Mechanical Impedance and Phase Characteristics, Power Absorbed, Resonance Condition for both Amplitude and Power, and Quality Fa ...
Enhancing four-wave-mixing processes by nanowire arrays coupled to a gold film Ekaterina Poutrina,
... Four wave mixing (FWM) is a nonlinear optical process that has found numerous practical applications, including: optical processing [1–3]; nonlinear imaging [4, 5]; real-time holography and phase-conjugate optics [6–8]; phase-sensitive amplification [9, 10]; and entangled photon pair production [11, ...
... Four wave mixing (FWM) is a nonlinear optical process that has found numerous practical applications, including: optical processing [1–3]; nonlinear imaging [4, 5]; real-time holography and phase-conjugate optics [6–8]; phase-sensitive amplification [9, 10]; and entangled photon pair production [11, ...