Optical Graser and a laboratory work on gravitational waves radiation and registration
Abstract
The authors suggest a gravitational waves radiating Graser, which radiates due to formation of a phased "latice" of electronic and molecular masses, which bacame coherent emmiters of monochromatic gravitational waves. The Power of radiation is calculated for a matrix hydrogen (or N) "latice" , with orriented molecules with a frequency difference equal to frequency of molecular oscillations of a hydrogen. The authors suggest a method of detection of the emmited gravitational radiation by mixing them with a light laser wave in a transparent dielectric with a narrow transition gap, e.g. in a Si. The authors estimate the power of the generated electromagnetic wave as ~10^-3ergxs^-1 which is detectable by modern optic devices.
- Publication:
-
Contemporary Theoretical and Experimental Problems of General Relativity and Gravitation
- Pub Date:
- June 1981
- Bibcode:
- 1981ctep.conf..278B
- Keywords:
-
- General relativity;
- Gravitational radiation;
- Electromagnetic radiation;
- Grasers;
- Lasers;
- H2;
- N2;
- Si