17 times higher than theoretical limit."/>
SUPERSENSITIVE LASER GRAVITATIONAL WAVE DETECTOR BASED ON TWO-DIMENSIONAL PRISM RESONATOR OF 'WHISPERING GALLERY' TYPE
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SUPERSENSITIVE LASER GRAVITATIONAL WAVE DETECTOR BASED ON TWO-DIMENSIONAL PRISM RESONATOR OF 'WHISPERING GALLERY' TYPE
SUPERSENSITIVE LASER GRAVITATIONAL WAVE DETECTOR BASED ON TWO-DIMENSIONAL PRISM RESONATOR OF 'WHISPERING GALLERY' TYPE
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机译：基于“窃窃私语”类型二维棱镜的超灵敏激光重力波检测器
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摘要
The invention describes a method of reaching high sensitivity of gravitational wave detector based on two-dimensional prism resonator of a He-Ne laser of "Whispering gallery" (WG) type. The WG effect is achieved by that the resonator is formed from rectangular prism-roofs, in which the basic law of total internal reflection (TIR) for electromagnetic waves of optical range is used. The TIR law in the proposed resonator scheme creates the WG effect. The WG effect characterises long lifetime of photon in the resonator. Ultra-narrow width of generation line of the WG two-dimensional prism resonator is formed by 1) long lifetime of photon in the resonator, 2) narrow width of a passive resonator line, 3) setting to ziro value speed projections of all excited atoms. Based on the above properties, the value of shot noise of photons is 1017 times higher than theoretical limit.
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