2014Physics WorldRequires access

Sticking with SUSY

S. James Gates

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Abstract

When CERN's Large Hadron Collider failed to uncover evidence of new “superpartner” particles during its first run, some claimed that the theory that predicts them – known as supersymmetry, or SUSY – should be abandoned. S James Gates, Jr, however, argues that giving up on SUSY now would be like concluding that giant sequoia trees do not exist after surveying only the east coast of North America, and that there is more at stake than meets the eye.

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What this paper is about

When CERN's Large Hadron Collider failed to uncover evidence of new “superpartner” particles during its first run, some claimed that the theory that predicts them – known as supersymmetry, or SUSY – should be abandoned. S James Gates, Jr, however, argues that giving up on SUSY now would be like concluding that giant sequoia trees do not exist after surveying only the east coast of North America, and that there is more at stake than meets the eye.

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Available abstract

When CERN's Large Hadron Collider failed to uncover evidence of new “superpartner” particles during its first run, some claimed that the theory that predicts them – known as supersymmetry, or SUSY – should be abandoned. S James Gates, Jr, however, argues that giving up on SUSY now would be like concluding that giant sequoia trees do not exist after surveying only the east coast of North America, and that there is more at stake than meets the eye.

Key concepts: Superpartner, Supersymmetry, Sequoia, Large Hadron Collider, Particle physics, Physics, Nuclear physics, Biology

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