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The elegant theory known as the Standard Model of Elementary Particles and Fields describes the ordinary matter and sub-nuclear interactions with extraordinary accuracy. In contrast, cosmological data revealed the existence of an elusive form of matter, called Dark Matter. Likely originated at the Big-Bang, it permeates our Universe and holds it together. SUperSYmmetry is a new theory capable of shedding light on the origin of Dark Matter. Charginos and neutralinos are particles the existence of which is postulated by SUSY. They could arise from smashing protons and antiprotons at the frontier…mehr

Produktbeschreibung
The elegant theory known as the Standard Model of
Elementary Particles and Fields describes the
ordinary matter and sub-nuclear interactions with
extraordinary accuracy. In contrast, cosmological
data revealed the existence of an elusive form of
matter, called Dark Matter. Likely originated at
the Big-Bang, it permeates our Universe and holds it
together. SUperSYmmetry is a new theory capable of
shedding light on the origin of Dark Matter.
Charginos and neutralinos are particles the existence
of which is postulated by SUSY. They could arise from
smashing protons and antiprotons at the frontier
energies reached by the Tevatron collider and be
observed with the CDF detector. The book presents a
search for these exotic particles, based on advanced
statistical techniques of data analysis. It exposes
the reader to the intriguing and fascinating world of
High Energy Physics, from the particle detectors to
the phenomenology of the most abstract theories.
Autorenporträt
Anadi Canepa, Research Scientist at TRIUMF, received her PhD at
Purdue University under the supervision of Daniela Bortoletto,
Professor of Physics and recipient of the Sloan Fellowship.
Canepa''s research in Experimental Particle Physics focuses on
searches for New Phenomena and for the Higgs boson at the CDF and
ATLAS experiments.