A new concept for detectors of gravitational wave radiation is discussed. Estimates suggest that strain sensitivity essentially better than that of the existing devices can be achieved in the wide frequency range. Such sensitivity could be obtained with devices about one meter long. Suggested device consists of multi-billion bimetallic superconducting wires ( spaghettis ) and requires cryogenic operational temperatures (~0.3K in the case considered)
The BCS, or bosonic model of superconductivity, as Little and Ginzburg have first argued, can bring ...
Since the beginning of 2000 the EXPLORER gravity wave (GW) detector has been operated continuously a...
The network of more than 24 superconducting gravimeters (SGs) of the Global Geodynamics Project (GGP...
A new concept for detectors of gravitational wave radiation is discussed. Estimates suggest that str...
A new design for high‐energy radiation/particle detectors is presented. The nonequilibrium response ...
The most advanced contemporary efforts and concepts for registering gravitational waves are focused ...
AbstractThe most advanced contemporary efforts and concepts for registering gravitational waves are ...
This article summarizes the results from a decade of research which began following a serendipitous ...
The design and development of an improved superconducting inductively modulated transducer is discus...
A feasibility study of megapixel microcalorimeter arrays, based on thermoelectric energy to voltage ...
In this report the theoretical and experimental activities for the development of superconducting mi...
Transition-edge sensors are widely recognized as one of the most sensitive tools for the photon and ...
Contributions of superconducting gravimeters to the study of the Earth System, including the study o...
We report on the design and testing of an ultrasensitive, electromechanical transducer for use on re...
Seeding Brillouin scattering with a sufficiently efficient source of coherent phonons has the potent...
The BCS, or bosonic model of superconductivity, as Little and Ginzburg have first argued, can bring ...
Since the beginning of 2000 the EXPLORER gravity wave (GW) detector has been operated continuously a...
The network of more than 24 superconducting gravimeters (SGs) of the Global Geodynamics Project (GGP...
A new concept for detectors of gravitational wave radiation is discussed. Estimates suggest that str...
A new design for high‐energy radiation/particle detectors is presented. The nonequilibrium response ...
The most advanced contemporary efforts and concepts for registering gravitational waves are focused ...
AbstractThe most advanced contemporary efforts and concepts for registering gravitational waves are ...
This article summarizes the results from a decade of research which began following a serendipitous ...
The design and development of an improved superconducting inductively modulated transducer is discus...
A feasibility study of megapixel microcalorimeter arrays, based on thermoelectric energy to voltage ...
In this report the theoretical and experimental activities for the development of superconducting mi...
Transition-edge sensors are widely recognized as one of the most sensitive tools for the photon and ...
Contributions of superconducting gravimeters to the study of the Earth System, including the study o...
We report on the design and testing of an ultrasensitive, electromechanical transducer for use on re...
Seeding Brillouin scattering with a sufficiently efficient source of coherent phonons has the potent...
The BCS, or bosonic model of superconductivity, as Little and Ginzburg have first argued, can bring ...
Since the beginning of 2000 the EXPLORER gravity wave (GW) detector has been operated continuously a...
The network of more than 24 superconducting gravimeters (SGs) of the Global Geodynamics Project (GGP...
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