Low cost gravitational sensors for global+lunar baseline arrays, #RB_Prize
Physical Review Letters @PhysRevLett Using a Kerr optical effect, the detection sensitivity of a gravitational wave detector could be improved to enable the detection of binary neutron stars
Letter: https://go.aps.org/4ally2a
Synopsis: https://go.aps.org/3TL0hYv https://pic.twitter.com/Mcz2HpZTNY
Replying to @PhysRevLett
https://arxiv.org/abs/2310.18828
Designing low cost gravitational sensors for global+lunar baseline arrays? Individuals, small groups. Electron, Atom, Molecular, pico, nano interferometers, multispectral high order cantilevers – be creative now! nHz uHz mHz KHz MHz GHz THz. #RB_Prize
Molecular state detectors with many modes can be made in massive numbers. Directly bond to COTS cmos time of flight pixel readouts.
Testing low cost gravitational sensors for global+lunar baseline arrays? Individuals, small groups. Electron, Atom, Molecular, pico, nano: interferometers; multispectral high order cantilevers – be creative now! nHz uHz mHz KHz MHz GHz THz. #RB_Prize
Testing low cost gravitational detectors for global baseline arrays? Don’t wait! Individuals, small groups. Electron, Atom, Molecular, pico, nano interferometers, multispectral high order cantilevers – be creative. nHz uHz mHz KHz MHz GHz x-ray. #RB_Prize
