Gordon L. Kane

"There are strong reasons to expect that low energy supersymmetry is the probable outcome of experimental and theoretical progress, and that it will soon be directly experimentally confirmed. By low energy, we mean (softly) broken supersymmetry with an effective soft Lagrangian whose mass parameters are typically of order the electroweak scale but otherwise not special or constrained."

"Actually, the situation today is surprising to many because almost all the data are in, so to speak. ... The two big gaps are what particle(s) make up the dark matter, and whether there is electroweak-scale supersymmetry."

"For our next colliders the goal is to provide data for a more comprehensive theory, hopefully one that incorporates dark matter, quantum gravity, and neutrino masses and solves the hierarchy problem."