Some SIP ideas

 

This list is provided to give you an idea of the sorts of SIPs I might be interested in advising, but the list is not comprehensive.

 

  1. Particle physics ideas – all of these will require learning about the Standard Model, learning how to calculate something (e.g. decay lifetimes or cross-sections from Feynman diagrams) and learning about how experiments can search for that thing.

 

·        Currently-hot experimental ideas:

o       Solar neutrinos – combining data from Sudbury Neutrino Observatory in Canada with data from Super-Kamiokande in Japan – how a 30 year old mystery is finally getting solved.

o       CP violation in B decay – two experiments recently measured this – why is CP violation important?

o       Higgs – the long-sought last missing particle of the Standard Model – how has it managed to stay hidden for so long?

 

·        Currently-hot theoretical ideas:

o       Supersymmetry – this boson-fermion symmetry is widely accepted among particle theorists even though there is not yet any concrete evidence for it – want to find out why?

o       CP violation in leptons – learn how neutrino experiments spanning a continent might probe CP violation in a way not imagined until recently.

o       Large extra dimensions – particle theorists who talked about extra dimensions before 5 years ago assumed these dimensions were rolled up smaller than a nucleus – how could they be millimeter size and not detected before then?  (Experiments have since constrained them to be smaller than mm.)

 

·        Topics I just think are fun:

o       Neutrinos – oscillations or CP violation or just about anything…

o       Pomerons.

o       Penguin diagrams.

o       Triple gauge boson couplings.

o       Left-right symmetric theory.

o       Glashow-Weinberg-Salam theory.

 

  1. Designing labs for possible use in the future (most of these would require building or assembling the apparatus, taking measurements, and comparing to theory):
  2. Other topics I’m just interested in: