Pamir Momand1*, Hedayatullah Niazai1, and Fazal Rahman Mukhlis Safi2
1Department of Physics, Laghman University, Mehtar Lam City, Laghman, Afghanistan; 2Department of Physics, Nangarhar University, Jalalabad City, Nangarhar Afghanistan.
*Correspondence: pamir.anwar2016@gmail.com (Pamir Momand, Assistant Professor, Department of physics, Laghman University, Mehtar Lam City, Laghman, Afghanistan).
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ABSTRACT
Optical fiber is a transparent material such as glass (silica) with plastic that can expel light from one end to the other, it has a much higher bandwidth than conventional cables which can be used for image data. It has the capacity to easily transmission of audio and other data with high bandwidth of up to 10 Gbps and above Nowadays optical telecommunications are the most important tools of data transmission due to their wider bandwidth, compared to copper cable, and less latency coppered to satellite telecommunications. In this paper, a fiber optic at speed of (6m)/min is made of an isotropic optical fiber (with similar physical properties on all sides) prefabricated with alight-sensitive core Geo2-B-Sio2.
Keywords: Fiber optic, Laser, Brillouin, Isotropic, Electro-optical modulator, Optica, and Application.
Citation: Momand P, Niazai H, and Safi FRM. (2023). Investigation of the dimensions of making Brillouin laser in optical fiber. Aust. J. Eng. Innov. Technol., 5(2), 58-62. https://doi.org/10.34104/ajeit.023.058062
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