Northwestern University High Energy Theory Page
It is the goal of High Energy Physics to study matter at the smallest distance scales, in an attempt to uncover the fundamental building blocks of Nature and understand their dynamics.
After several decades of intensive theoretical and experimental research, a very successful model was constructed - the High Energy community refers to it as the "Standard Model". Until recently, the Standard Model was able to explain ALL particle physics data, often with enourmous precision.
Nonetheless, there is reason to believe that the Standard Model is not the whole story. First of all, it does not include gravitational interactions, which we know are present. Second of all, the mechanism for electroweak symmetry breaking remains a mystery. Is the elusive Higgs boson really "all there is" to the dynamics of electroweak symmetry breaking? Is Nature supersymmetric just above the electroweak scale? How can we tell? Are there tiny extra space dimensions, and do they have anything to do with the weak scale? How can we tell? Second of all, experiments have already found evidence for new physics: it seemed to have first manifested itself in the leptonic sector, in the form of neutrino masses. What does that tell us about the physics at very short distance scales? Are neutrinos like the quarks and charged leptons, or are they special? What do we have to do in order to find out more?
As theoretical physicists, these are the questions we attempt to answer. Some of our most recent efforts can be found here.
CURRENT MEMBERS:
Gabriel Abelof (Postdoctoral Fellow): gabriel.abelof at northwestern.edu
Jeff Berryman (Graduate Student): JeffreyBerryman2012 at u.northwestern.edu
André de Gouvêa (Professor): degouvea at northwestern.edu
Daniel Hernández (Postdoctoral Fellow): d.hernandez at northwestern.edu
Kevin Kelly (Graduate Student): kkelly942 at gmail.com
Anirudh Krovi (Graduate Student):VenkatKrovi at u.northwestern.eduIan Low (Associate Professor): ilow at northwestern.edu
Bob Oakes (Professor Emeritus): r-oakes at northwestern.edu
Frank Petriello (Professor): f-petriello at northwestern.edu
SOME USEFUL LINKS:
HEP Seminars (Mondays at 16:30)
Phenomenology Discussion Group
Northwestern High Energy Group
Physics 442 - Neutrino Physics (Spring 2004)
Physics 428-2 - Quantum Field Theory (Winter 2005)
Physics 428-3 - Quantum Field Theory (Spring 2005)
Physics 125-1 - ISP Physics (Fall 2005)
Physics 125-2 - ISP Physics (Winter 2006)
Physics 125-1 - ISP Physics (Fall 2006)
Physics 125-2 - ISP Physics (Winter 2007)
Physics 330-1 - Classical Mechanics (Fall 2007)
Physics 330-2 - Classical Mechanics (Winter 2008)
Physics 428-3 - Quantum Field Theory (Spring 2009)
Physics 330-1 - Classical Mechanics (Fall 2009)
Physics 330-2 - Classical Mechanics (Winter 2010)
Physics 339-2 - Quantum Mechanics (Spring 2010)
Physics 428-1 - Quantum Field Theory (Fall 2010)
Physics 428-2 - Quantum Field Theory (Winter 2011)
Physics 428-3 - Quantum Field Theory (Spring 2011)
Physics 428-1 - Quantum Field Theory (Fall 2011)
Physics 428-2 - Quantum Field Theory (Winter 2012)
Physics 411 - Methods of Theoretical Physics (Fall 2012)
Physics 125-2 - ISP Physics (Winter 2013)
Physics 428-3 - Quantum Field Theory (Spring 2013)
Physics 411 - Methods of Theoretical Physics (Fall 2013)
Physics 339-1 - Quantum Mechanics (Winter 2016)
Physics 339-2 - Quantum Mechanics (Spring 2016)
last edited 2011-03-30