Past Events
Seminar by Ching-Yu Huang: “Classification of Topologically ordered Phases"
2014-04-09D015, Level D, Lab1,
Theory of Quantum Matter (Nic Shannon) unit invites you to a seminar by Dr. Ching-Yu Huang, Condensed Matter Department at MPI-PKS Dresden. All are welcome to attend !
Seminar by Olga Sikora: “Quantum Spin Ice : Monte Carlo simulations"
2014-04-04D014, Lab1
Seminar by Dr. Olga Sikora, former member of Theory of Quantum Matter Unit, currently based in Taiwan at National Taiwan University.
Seminar by Michel Gingras (Univ. of Waterloo): "The Landscape Problem of Frustrated Magnetism"
2014-02-19D014, Lab1
No summary available.
Seminar by Dr. Louis-Paul Henry (ENS Lyon): “Stability of the Coulomb phase in square ice"
2014-02-05C016, Lab1
No summary available.
Seminar by Prof. Tommaso Roscilde (ENS Lyon): "The noise is the signal" : thermometry and exotic correlations from the momentum distribution noise of cold atoms
2014-01-29D015, Level D, Lab1,
No summary available.
Seminar: “Emergent quantum electrodynamics and magnetic Higgs phase in quantum spin ice" Shigeki Onoda, RIKEN
2013-11-14D014, Lab1
Theory of Quantum Matter Unit would like to invite you to
"How electron decides its direction in a solid: going left or right?" Masafumi Udagawa
2013-10-21C016, Lab 1
"How electron decides its direction in a solid: going left or right? – Spin scalar chirality and topological Hall effect in spin ice", Dr. Masafumi Udagawa, University of Tokyo
Seminar: “Creating Novel Quantum Phases by Artificial Magnetic Fields" by Dr Gunnar Möller, University of Cambridge
2013-09-24C016, Lab 1
Theory of Quantum Matter Unit would like to invite you to
Seminar: “Thermodynamics and dynamics of the classical Heisenberg model on kagome lattices : An introduction." Dr. Mathieu Taillefumier, Theory of Quantum Matter Unit
2013-09-19C016, Lab1, Campus
Dr. Mathieu Taillefumier, Theory of Quantum Matter
Seminar: “A cold atom simulator of a spin liquid" Dr. Yang-hao Chan, University of Michigan
2013-09-13C016, Lab1, Campus
Theory of Quantum Matter Unit would like to invite you to











