Microwaves

Advanced Lasers: Laser Physics and Technology for Applied by Oleksiy Shulika, Igor Sukhoivanov

By Oleksiy Shulika, Igor Sukhoivanov

The booklet provides a mix of utilized and primary learn reflecting a number of issues in laser physics and applications
It offers either the review-type contributions and good researched and documented case stories, and is meant for graduate scholars, younger scientist, and emeritus scientist working/studying in laser physics, optoelectronics, optics, photonics, and adjoining areas

The booklet comprises either experimental and theoretical stories, in addition to their combos of those two
Contains over a hundred thirty illustrations

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Additional resources for Advanced Lasers: Laser Physics and Technology for Applied and Fundamental Science

Sample text

Electromagnetic wave propagation in time-varying media gives rise to new physical phenomena and possibility of novel applications. In practice, the temporal switching of the material refractive index can be realized by varying the input signal in a nonlinear structure [15]; by voltage control [16]; by a focused laser beam as a local heat source [17] or else by a free carrier plasma injection [5]. Typically the value of change in refractive index attainable with present day technology is of the order of 10−4 [18–20].

1007/978-94-017-9481-7_3 35 36 N. Sakhnenko spherical resonators [11]. In [12] has been shown that in periodic dynamic photonic structure the wavelength conversion process can be performed with efficiency close to one without affecting the shape and the coherence of the pulse. Delay lines play a significant role in optical signal processing [13]. In contrast to passive delay lines, dynamic structures can make this process controlled in time [14]. Electromagnetic wave propagation in time-varying media gives rise to new physical phenomena and possibility of novel applications.

This also allowed us to move the fibers very smoothly along the propagation direction in order to tune the MMI filter. The length of the fused silica ferrule (Polymicro Technologies) is 15 mm, with inner and outer diameters of 127 μm and 1700 μm respectively. The ends of the ferrule are flared to facilitate fiber insertion into the ferrule. 442 (Cargille®). The tuning mechanism was characterized by first measuring the transmitted spectrum when the fibers inside the ferrule are in contact. The fibers are then separated in steps of 100 μm and the spectrum is acquired at each step.

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