Not exact matches
Most past
searches for dark matter particles have focused on a different candidate particle, known as a weakly interacting massive particle, or
WIMP.
Several experiments are focused on the
search for one likely
dark matter candidate: weakly interacting massive particles, or
WIMPs (SN: 11/12/16...
Several experiments are focused on the
search for one likely
dark matter candidate: weakly interacting massive particles, or
WIMPs (SN: 11/12/16, p. 14).
On the other, they have ruled out some of the simplest and most cherished
WIMP models, raising fresh fears that the long - postulated particles might be a multidecadal detour in the
search for dark matter.
The Cryogenic
Dark Matter Search (CDMS) is an experiment that uses superconducting detectors to search for rare WIMP interac
Search (CDMS) is an experiment that uses superconducting detectors to
search for rare WIMP interac
search for rare
WIMP interactions.
On the other, they have ruled out some of the simplest and most cherished
WIMP models, raising fresh fears that
WIMPs might be a multidecadal detour in the
search for dark matter.
The Cryogenic
Dark Matter Search (CDMS), buried half a mile deep in an old Minnesota iron mine to shield it from cosmic rays, searches for collisions between dark - matter particles called WIMPS and ordinary atoms in 19 hockey - puck - size hunks of german
Dark Matter Search (CDMS), buried half a mile deep in an old Minnesota iron mine to shield it from cosmic rays, searches for collisions between dark - matter particles called WIMPS and ordinary atoms in 19 hockey - puck - size hunks of germ
Matter Search (CDMS), buried half a mile deep in an old Minnesota iron mine to shield it from cosmic rays,
searches for collisions between
dark - matter particles called WIMPS and ordinary atoms in 19 hockey - puck - size hunks of german
dark -
matter particles called WIMPS and ordinary atoms in 19 hockey - puck - size hunks of germ
matter particles called
WIMPS and ordinary atoms in 19 hockey - puck - size hunks of germanium.
If it all sounds too radical, that may be a good thing: most direct detection experiments, which wait
for an ordinary
WIMP to collide with the nucleus of a heavy atom like germanium or xenon, have seen nothing (see «Going underground in
search of
dark matter strikes «-RRB-,
for example.
«Taken with other Lab activities, including ADMX (axions), LUX / LZ (
WIMPs) and
searches for primordial black holes, this new work gives LLNL a very strong portfolio of
dark matter research.»
It uses a variety of tools including VERITAS, AUGER and COUPP — dedicated telescopes, water tanks and underground «bubble chambers» — to observe known particles and to
search for those that are so far only hypothetical, such as the
dark -
matter WIMPs (weakly interacting massive particles).