Kategorie: Allgemein

Physikalische und industrielle Anforderungen an zukünftige Quantennetzwerke

Workshop des Q.Link.X-Verbundprojektes

Braunschweig 23./24. Januar 2019

Datensicherheit und die nachweisbar sichere Kommunikation gewinnen kontinuierlich an Bedeutung. Quantenkommunikation bietet dafür im Rahmen der schnell wachsenden Quantentechnologien einen neuen Lösungsansatz, der auf den Grundprinzipien der Quantenphysik aufbaut, indem Quantenzustände als Informationsträger eingesetzt werden, die aufgrund fundamentaler physikalischer Gesetze weder kopiert noch mitgelesen werden können.

Weiterlesen

On December 6-7, 2018, the TUM Institute for Communications Engineering is organizing the 2018 Munich Workshop on Information Theory of Optical Fiber (MIO 2018)

Topics of interest

  • Capacity of fiber channels and networks
  • Quantum communication and information
  • Multi-mode optical communication
  • Coded modulation and transceiver design

Confirmed Participants

  • Francisco Elohim Becerra (Center for Quantum Information and Control)
  • Darko Zibar, Nicola De Renzis, Henrik Enggaard Hansen (DTU Fotonik)
  • Christian Schäffer (Helmut Schmidt Universität)
  • Christoph Marquardt (Max Planck Institute for the Science of Light)
  • Georg Rademacher (NICT Japan)
  • Amirhossein Ghazisaeidi, Roland Ryf, Henning Bülow, Vahid Aref (Nokia Bell Labs)
  • Cristian Antonelli, Antonio Mecozzi (University of L’Aquila)
  • Amr Helmy, Qun Zhang, Reza Rafie Borujeny (University of Toronto)
  • Konrad Banaszek, Ludwig Kunz (University of Warsaw)
  • Mingming Tan, Abdallah Ali (Aston University)
  • Yunus Can Gultekin (Eindhoven University of Technology)
  • Mark Shtaif (Tel Aviv University)
  • Luca Barletta (Politecnico di Milano)
  • Felix Frey (Universität Ulm)
  • Georg Böcherer, Jan-Willem Goossens (Huawei Technologies France)
  • Shrinivas Chimmalgi (Delft University of Technology)
  • Jasmin Meinecke (Ludwig-Maximilians-Universität München)
  • Javier García, Benedikt Leible, Roberto Ferrara, Christian Deppe, Gerhard Kramer (TUM)

Program

Thursday, December 6

9:30 Arrival
9:50 Welcome: Gerhard Kramer
Session 1 Quantum Communications 1 (Chair: TBD)
10:00 Konrad Banaszek (University of Warsaw)
10:30 Francisco Elohim Becerra (Center for Quantum Information and Control)
11:00 Coffee break
Session 2 Fiber and Quantum Communications (Chair: TBD)
11:30 Roland Ryf (Nokia Bell Labs)
12:00 Jasmin Meinecke (Ludwig-Maximilians-Universität München): Waveguides for Quantum Communication and Information
12:30 Lunch
Session 3 Quantum Communications 2 (Chair: TBD)
14:00 Amr Helmy (University of Toronto)
14:30 Christoph Marquardt (Max Planck Institute for the Science of Light): Transforming coherent communication into quantum communication in fiber and satellite links
15:00 Coffee break
Session 4 Fiber Communications and Coding (Chair: TBD)
15:30 Amirhossein Ghazisaeidi (Nokia Bell Labs)
16:00 Georg Böcherer (Huawei Technologies France)
19:00 Dinner at Löwenbräukeller
Directions from LNT to Löwenbräukeller

Friday, December 7

Session 5 Machine Learning for Quantum Communications (Chair: TBD)
9:30 Darko Zibar (DTU Fotonik): Machine learning for Raman amplifier design and quantum phase estimation
10:00 Christian Schäffer (Helmut Schmidt Universität): Machine Learning in Heterodyne Quantum Receivers
10:30 Poster Session
11:30 Lunch
Session 6 TBD (Chair: TBD)
14:00 Mingming Tan (Aston University): Distributed Raman Amplification for Combating Optical Nonlinearities in Fibre Transmission
14:30 TBD

Poster presentations

There will be a two-hour poster session on Friday from 10:30-12:30. If you are interested in presenting a poster, please send an email to mio2018@lnt.ei.tum.de with a preliminary title. The recommended size of the posters is A0, either portrait or landscape. The following researchers will present a poster:

  • Ludwig Kunz (University of Warsaw): Noisy propagation of coherent states in a lossy Kerr medium
  • Yunus Can Gultekin (Eindhoven University of Technology): Enumerative sphere shaping for a subset of the amplitude bit labels
  • Reza Rafie Borujeny (University of Toronto): A Bounded Noise Model for Nondispersive Optical Fiber
  • Jan-Willem Goossens (Huawei Technologies France): Waveform Design and Transmission Based on the Periodic Nonlinear Fourier Transform
  • Qun Zhang: Improved Discrete Eigenvalue Estimation for Solitonic Inputs via the Continuous Spectrum
  • Shrinivas Chimmalgi (Delft University of Technology): Efficient Nonlinear Fourier Transform Algorithms
  • Nicola De Renzis (DTU Fotonik): LMMSE-based equalization in NFT domain for single/dual polarization NFDM transmission
  • Roberto Ferrara (TUM): Quantum information theory and Communication theory beyond the Shannon approach

 

Registration and more Information under: https://www.lnt.ei.tum.de/de/events/2018-munich-workshop-on-information-theory-of-optical-fiber-mio/