Presenter Topic
Mikkel Andersen

Can we buld individual molecules atom by atom?
(pdf) (ppt) Lecture 1
(pdf) (ppt) Lecture 2
(pdf) (ppt) Lecture 3

P. Blair Blakie

(pdf) Introduction to dipolar qunatum gases

Warwick Bowen

(pdf) Quantum optomechanics

Joachim Brand

Physics of ultracold Bose gases in one dimension and solitons:
(pdf) Lecture 1
(pdf) Lecture 2
(pdf) Lecture 3

(pdf) Variational quantum dynamics

Howard Carmichael

Open Quantum Systems:
(pdf) Lectures 1 and 2
(pdf) Lectures 3 and 4

Peter Drummond

Coherence and Phase-space:
(pdf) Lecture 1
(pdf) Lecture 2
(pdf) Lecture 3
(pdf) Lecture 4

Michael Fuhrer

(ppt) Graphene and topological insulators

Hui Hu

(pdf) Spin-orbit coupled atomic Fermi gases

Xia-Ji Liu

(pdf) Virial expansion for a strongly correlated Fermi gas

Andy Martin

(pdf) Emulation with ultra-cold gases: the quantum Hall effect

(pdf) Bose Hubbard systems

Tapio Simula

(pdf) Topological excitations and 2D quantum turbulence

Oleg Sushkov

2d Materials:
(pdf) Lecture 1
(pdf) Lecture 2
(pdf) Lecture 3
(pdf) Lecture 4