Quantum technologies

17:00  Martin Pofahl: "Construction of Neuronal Connectivity Maps Using Selective Plane Illumination Microscopy"
17:40  Anna Hambitzer: "Direct Synthesis Of Light Polarization For State-Dependent Transport of Atoms"
     Break     
18:40  Natalie Thau: "Fiber Cavities"
19:20  Sebastian Manz: "Heterodyne Spectroscopy With Single Atoms In A High-Finesse Optical Cavity"
Room: lecture hall IAP

Invited speaker: Dr. Tobias Salger
Affiliation: d-fine GmbH
Title: Modern Risk Management
Time and room: 10:15 lecture hall IAP

16:00 Jonathan Zopes: "Einzelplatzdetektion im optischen Gitter unterhalb des Beugungslimits"
16:40 Thomas Gehrmann: "An Optical Stokes Polarimeter for Optimized Spin-dependent Transport of Atoms"
     Break     
17:40 Deena Kim: "Deterministic Atom Sorting in Optical Lattices"
18:20 Christian Lützler: "Fabrication of Optical Microfibers"
Room: lecture hall IAP

Invited speaker: Prof. Dr. A. Femius Koenderink
Affiliation: AMOLF, Amsterdam
Title: Subwavelength Plasmonic And Magnetic Resonators To Control Photons And Emitters
Time and room: 17:15  lecture hall IAP
Abstract: Controlling how photons are emitted, absorbed and redirected on the nanoscale is of great interest for quantum information, microscopy and nanoscale light sources. Nanophotonics increasingly explores the solutions that electrical engineers use to control RF waves using broadband antennas, which are very different from traditional cavity QED approaches.

We explore how plasmonic and metamaterial scatterers allow to transpose RF antenna concepts to optics and quantum optics. Our research unravels how a resonant response to the magnetic field of light, combined with plasmonic resonances, gives rise to nanoscatterers and sources with surprising properties, in terms of directionality, polarization, and chirality.
 

Invited speaker: Prof. Dr. Cord Müller
Affiliation: National University of Singapore
Title: Hot Times For Cold Atoms In Random Potentials
Time and room: 17:15  lecture hall IAP
Abstract: