We are investigating the use of thin film superconductors with NTD Ge thermistors for collecting phonons over large surface areas (i.e. ≈ few cm2). The SLAPS (Superconducting Large Area Phonon Sensors) technique provides a simple, yet efficient means to increase detector sensitivity to athermal phonons. This increased sensitivity results from the use of novel quasiparticle trapping schemes. Our goal is to incorporate SLAPS technology into the design of cryogenic detectors currently under development for WIMP dark matter and neutrino experiments [1]
The authors present data on the operation of thin-film superconducting strips of titanium as phonon ...
We have demonstrated a new type of phonon sensor for cryogenic particle detectors with a high-bandwi...
We are developing an entirely new type of particle detector, called a silicon crystal acoustic detec...
International audienceWe have developed a contactless technique for the real time measurement of ath...
An important challenge faced by phonon-mediated detectors for the next generation of dark matter det...
SuperCDMS is currently operating a 10-kg array of cryogenic germanium detectors in the Soudan Underg...
We have developed a low‐temperature particle detector that uses a novel quasiparticle trapping mecha...
Decades of astrophysical observations suggest that 23% of the mass energy of the universe is dark. M...
We are developing athermal-phonon mediated particle detectors using microwave kinetic inductance det...
A noiseless, photon-counting detector, which resolves the energy of each photon, could radically cha...
ABSTRACT We have demonstrated the operation of composite superconducting tungsten and aluminum trans...
Our group at Stanford is developing a new class of elementary particles detectors capable of sensing...
We have demonstrated a new type of phonon sensor for cryogenic particle detectors with high-bandwidt...
The next generation of astrophysics instruments will feature an order of magnitude more photon senso...
We are developing a new class of elementary particle detectors capable of sensing weakly interacting...
The authors present data on the operation of thin-film superconducting strips of titanium as phonon ...
We have demonstrated a new type of phonon sensor for cryogenic particle detectors with a high-bandwi...
We are developing an entirely new type of particle detector, called a silicon crystal acoustic detec...
International audienceWe have developed a contactless technique for the real time measurement of ath...
An important challenge faced by phonon-mediated detectors for the next generation of dark matter det...
SuperCDMS is currently operating a 10-kg array of cryogenic germanium detectors in the Soudan Underg...
We have developed a low‐temperature particle detector that uses a novel quasiparticle trapping mecha...
Decades of astrophysical observations suggest that 23% of the mass energy of the universe is dark. M...
We are developing athermal-phonon mediated particle detectors using microwave kinetic inductance det...
A noiseless, photon-counting detector, which resolves the energy of each photon, could radically cha...
ABSTRACT We have demonstrated the operation of composite superconducting tungsten and aluminum trans...
Our group at Stanford is developing a new class of elementary particles detectors capable of sensing...
We have demonstrated a new type of phonon sensor for cryogenic particle detectors with high-bandwidt...
The next generation of astrophysics instruments will feature an order of magnitude more photon senso...
We are developing a new class of elementary particle detectors capable of sensing weakly interacting...
The authors present data on the operation of thin-film superconducting strips of titanium as phonon ...
We have demonstrated a new type of phonon sensor for cryogenic particle detectors with a high-bandwi...
We are developing an entirely new type of particle detector, called a silicon crystal acoustic detec...