ISSO2 homepage - Schedule

ISSO2 Program

Time	Tuesday July 10	Wednesday July 11	Thursday July 12	Friday July 13	Saturday July 14
08:00	Registration	Registration	Registration	Registration	Registration
08:45	Opening remark	Registration	Registration	Registration	Registration
	Lecture session 1 "Fundamentals of modern physics" Chair: T. Amand	Lecture session 2 "Collective effects in low dimensional systems" Chair: N. Gippius	Lecture session 3 "New approaches in spinoptronics & photonics" Chair: H. Mariette	Lecture session 4 "Single spin manipulation" Chair: D. Yakovlev	Lecture session 5 "New physics & application frontiers" Chair: L. Vina
9:00	Tu-1L M. Dyakonov "Fundamentals of spin physics in semiconductors"	We-1L V.B. Timofeev "Bose-condensation of dipolar excitons in lateral traps in heterostructures"	Th-1L A.A. Toropov "Spin manipulation in III-V/II-VI heterovalent structures"	Fr-1L B. Urbaszek "Optical pumping of carrier and nuclear spins in quantum dots"	Sa-1L B. Gil "Advanced spectroscopy investigations in ZnO-based heterostructures"
10:00	Coffee Break	Coffee Break	Coffee Break	Coffee Break	Coffee Break
10:30	Tu-2L L. Besombes "Optical control of individual magnetic atoms in a semiconductor quantum dot"	We-2L J. Eisenstein "Condensate and quasiparticle transport in a bilayer quantum Hall excitonic superfluid"	Th-2L P. Senellart "A highly efficient single photon - single quantum dot interface"	Fr-2L J.-M. Gérard "Quantum optics in photonic wires: Basics and application to "ultrabright" single-photon sources"	Sa-2L P. Savvidis "Manipulating polariton condensates on a chip"
11:30	Tu-3L E. Ivchenko "Resonant photonic crystals and quasicrystals"	We-3L L. Butov "Indirect Excitons"	Th-3L C. Tejedor "Quantum entanglement mediated by plasmon-polaritons"	Fr-3L M. Kroner "Quantum dot spins: an optical investigation"	Sa-1s J. Calleja "Single photon emission and cavity-coupling in semiconductor quantum dots"
12:00		We-3L L. Butov "Indirect Excitons"			Closing remark
12:30	Lunch	Lunch	Lunch	Lunch
	Seminar session 1 "Spectroscopy today" Chair: X. Marie	Seminar session 3 "Indirect excitons" Chair: V. Timofeev	Conference excursion	Seminar session 5 "Spin dynamics" Chair: I. Shelykh
14:00	Tu-1s R.V. Pisarev "Coherent nonlinear optical spectroscopy of spin effects in semiconductors and magnetic materials"	We-1s M. Rontani "Josephson oscillations between exciton condensates in electrostatic traps"		Fr-1s X. Marie "Electric control of the spin relaxation in quantum wells"
14:30	Tu-2s T.V. Shubina "Delay and distortion of light pulses by excitons studied by time-of-flight spectroscopy"	We-2s F. Dubin "Dynamics of ultra-cold indirect excitons in a trap"		Fr-2s M. Glazov "Electron and exciton spin dynamics in quantum dots"
15:00	Tu-3s V.S. Zapasskii "Slow light: An Instructive Story"	We-3s A. Croxall "Experimental progress towards probing the ground state of an electron-hole bilayer by low-temperature transport"		Fr-3s A. Ramsay "Coherent optical control of a single hole spin"
15:30	Coffee Break	Coffee Break		Coffee Break
	Seminar session 2 "Polaritonics" Chair: E. Ivchenko	Seminar session 4 "Excitonics" Chair: L. Besombes		Seminar session 6 "Nuclei and bilayer spins" Chair: M. Glazov
16:00	Tu-4s A.V. Platonov "GaAs single quantum dot embedded into AlGaAs nanowire"	We-4s D. Yakovlev "Spin coherence of electrons and holes in ZnSe-based quantum wells"		Fr-4s E. Chekhovich "Nuclear magnetic resonance in single quantum dots"
16:30	Tu-5s H. Flayac "Half integer topological defects as magnetic monopoles in polariton condensates"	We-5s J. Debus "Spin-flip Raman scattering in type-I quantum dots with direct and indirect band structure"		Fr-5s I. Akimov "Optical control of Mn²⁺ ions in GaAs"
17:00	Tu-6s D. Scalbert "Photo-induced Faraday rotation in n-GaAs microcavities"	We-6s A. Bennett "Tunable transition energies, entangled photon pairs and coherent control of the exciton using quantum dots in diodes"		break
17:30	break	Poster session 2h
18:00	Welcome Party 2-3h
18:30				Conference dinner 3-4h

The shedule in PDF is here.

POSTER SESSION

The Scientific Program in PDF is here.