Abstract
We studied the potential of the proposed ANTARES undersea neutrino telescope to detect muons coming from from neutralinos annihilating at the center of the Earth. First results show that the full 1 km{sup 3}-scale detector can indicate, after a few years of operation, if there are indeed neutralinos trapped at the core of celestial bodies, as expected are the major form of dark matter in our galaxy. (author) 8 refs.
Citation Formats
Blondeau, F.
The capability to detect wimps with a high energy neutrino telescope.
France: N. p.,
1998.
Web.
Blondeau, F.
The capability to detect wimps with a high energy neutrino telescope.
France.
Blondeau, F.
1998.
"The capability to detect wimps with a high energy neutrino telescope."
France.
@misc{etde_10147238,
title = {The capability to detect wimps with a high energy neutrino telescope}
author = {Blondeau, F}
abstractNote = {We studied the potential of the proposed ANTARES undersea neutrino telescope to detect muons coming from from neutralinos annihilating at the center of the Earth. First results show that the full 1 km{sup 3}-scale detector can indicate, after a few years of operation, if there are indeed neutralinos trapped at the core of celestial bodies, as expected are the major form of dark matter in our galaxy. (author) 8 refs.}
place = {France}
year = {1998}
month = {May}
}
title = {The capability to detect wimps with a high energy neutrino telescope}
author = {Blondeau, F}
abstractNote = {We studied the potential of the proposed ANTARES undersea neutrino telescope to detect muons coming from from neutralinos annihilating at the center of the Earth. First results show that the full 1 km{sup 3}-scale detector can indicate, after a few years of operation, if there are indeed neutralinos trapped at the core of celestial bodies, as expected are the major form of dark matter in our galaxy. (author) 8 refs.}
place = {France}
year = {1998}
month = {May}
}