Lecture courses for MT 2014:  Lecture courses run for all 8 weeks of term, unless indicated otherwise. All lecture slots with a starting time only are for one hour. Two hour slots are indicated explicitly.

  • location, times: Fisher Room, Denys Wilkinson Building, Physics Department.  Mondays at 10am, Wednesdays at 9am and Thursdays at 10am.
  • location, times: Mathematical Institute, Mondays and Tuesdays at 11am (L5).
  • location, times: Fisher Room, Denys Wilkinson Building, Physics Department.  Mondays, 3pm-5pm and Tuesdays at 12pm.
  • location, times: Mathematical Institute, Mondays at 2pm (L3) and Wednesdays at 2pm (L3 in weeks 1-5, 7-8; L2 in week 6).
  • location, times: Mathematical Institute, Mondays 5pm (L5) and Tuesdays 5pm (L4).
  •   location, times: Dennis Sciama Lecture Theatre,  Physics.  Mondays at 9am, Wednesdays at 10am and Thursdays at 9am.  This is part of the Physics C6 Course.
  •     location, times: Dennis Sciama Lecture Theatre, Physics.  Mondays at 9am, Wednesdays at 10am and Thursdays at 9am.  This is part of the Physics C6 Course.
  • location, times: Mathematical Institute, Thursdays 11am-1pm (L3).
  • location, times: Mathematical Institute, Tuesdays and Fridays at 9am (L3) [weeks 1-6]. 
  • location, times: Mathematical Institute, Tuesdays at 10am (L3) and Fridays at 10am (L2).
  • location, times: Mathematical Institute, Mondays at 3pm (L3) and Fridays at 3pm (L3 in weeks 1–3 and 5–8; L2 in week 4). 
  • location, times: Fisher Room, Denys Wilkinson Building, Physics Department.  Thurdays, 2pm and Fridays 11am-1pm.
  • location, times: Mathematical Institute, Tuesdays at 2pm (L3 in weeks 1-7), Tuesday at 1.30pm (L3 week 8 only) and Wednesdays at 3pm (L5 in weeks 1-4, 6-8, L2 in week 5).
  • location, times: Mathematical Institute, Mondays and Wednesdays at 12noon (C1)

  • Geometric Group Theory [16 hours]
  • areas: PT
  • syllabus: Free groups. Group presentations. Dehn's problems. Residually finite groups. Group actions on trees. Amalgams, HNN-extensions, graphs of groups, subgroup theorems for groups acting on trees. Quasi-isometries. Hyperbolic groups. Solution of the word and conjugacy problem for hyperbolic groups. If time allows: Small Cancellation Groups, Stallings Theorem, Boundaries.
  • lecturer: Panos Papazoglou
  • department: Maths
  • course website: Maths course C3.2