Interdisciplinary Research Seminar "Quantum Networks"

This interdisciplinary research seminar brings together researchers from physics, computer sciences and mathematics in order to tackle the multifaceted challenges of modern quantum networks.

The seminar will take place

Tuesday from 2:15 pm-3:30 pm in the lecture room A5

Se­mi­nar Pro­gram

30.04.2019

Dominik Hangleiter, FU Berlin

"Verification vs. approximate sampling: How hard is it to verify quantum supremacy?"

 

21.05.2019

Robert König, TU München

“Quantum advantage with noisy shallow circuits in 3D”

04.06.2019

www.cewqo2019.uni-paderborn.de

 

(no seminar but your are welcome to join the workshop)

11.06.2019

Mauro Paternostro, Queen's University Belfast

"Quantum state engineering based on machine learning-enhanced quantum walks"

18.06.2019

Norbert Schuch, MPI für Quantenoptik, Garching
 

"tba"

25.06.2019

Jelmer Renema, University of Twente

"Can we reach a quantum advantage using photonics?"

 

02.07.2019

Marco Aldi, Virginia Commonwealth University

"A Mathematical Perspective on Quantum Satisfyability Problems"

 

09.07.2019

Norbert Lütkenhaus, University of Waterloo


"tba"

16.10.2018Jan Sperling, Paderborn University
"New approaches in entanglement theory"
 
23.10.2018Albert Werner, University of Copenhagen
"The interplay of disorder and interaction: From Anderson to many-body
localization"
 
30.10.2018Janos Asboth, Wigner research center
"Topological phases of quantum walks and how they can be detected"
6.11.2018Dagmar Bruss, University Düsseldorf
tba
20.11.2018Saleh Rahimi-Keshari, University Hannover
"The promise and limitations of quantum simulation with linear optics"
15.1.2019Philip Walther, University of Vienna
"Quantum photonics for secure quantum computing and counter-intuitive quantum communications “
22.1.2019Fabio Sciarrino, Sapienza University Rome
tba
29.1.2019Anthony Laing, University of Bristol
tba
2018-04-24Sevag GharibianIntroduction to quantum computing
2018-05-08Sonja Barkhofen"Overview over measures of non-classicality Gaussian boson sampling for perfect matchings of arbitrary graphs", arxiv 1712.06729 physics point of view
2018-05-15Sevag Gharibiansame work from computer scientist point of view
2018-05-29Paulina Sharapova“Quantum Experiments and Graphs: Multiparty States as Coherent Superpositions of Perfect Matchings”, (PhysRevLett.119.240403)
2018-06-05 General discussion about future topics
2018-06-19 Planning for next semester
2018-06-26Tim Bartley"Efficient algorithm for boson sampling with partially distinguishable photons" and "Sampling of partially distinguishable bosons and the relation to the multidimensional permanent"
2018-07-03Christine SilberhornSummary of Gaussian Boson Sampling
2018-07-17Elisabeth Wagner“Experimental learning of quantum states”, arXiv:1712.00127
2017-10-24Martin KolbMixing for Markov Chains
2017-11-07Tim BartleyOverview over measures of non-classicality
2017-11-21Sonja BarkhofenWhat can Quantum Optics Say about Computational Complexity Theory? PRL 114 060501
2017-11-28Sonja Barkhofen/ Tim BartleyPart II
2017-12-12Linda SansoniGaussian Boson Sampling
2017-12-19Torsten MeierScattershot Boson Sampling
2018-01-16Johannes BlömerA linear-optical proof that the permanent is# P-hard
2018-01-30Joachim Hilgert/ Martin KolbMathematical Background of Boson Sampling

 


Donnerstag, 20. April 2017;  14:15 - 15:45 in D1.303

Vortragender: Sonja Barkhofen

Titel: Introduction to quantum computing - An experimental point of view



Donnerstag, 27. April 2017;  14:15 - 15:45 in D1.303

Vortragender: Joachim Hilgert

Titel: Bosonen, Symmetrische Tensoren und Permanenten



Donnerstag, 04. Mai 2017;  14:15 - 15:45 in D1.303

Vortragender: Johannes Blömer

Titel: Komplexitätsklassen und Samplingprobleme I



Donnerstag, 11. Mai 2017;  14:15 - 15:45 in D1.303

Vortragender: Johannes Blömer

Titel: Komplexitätsklassen und Samplingprobleme II



Donnerstag, 18. Mai 2017;  14:15 - 15:45 in D1.303

Vortragender: Johannes Blömer

Titel: Komplexitätsklassen und Samplingprobleme III


 In den Wochen vom 25.05 bis 22.06 wird wegen diverser Feiertage, Asta Festival und Klausurtagung kein Seminar stattfinden


Donnerstag, 29. Juni 2017;  14:15 - 15:45 in D1.303

Vortragender: Johannes Blömer

Titel: Exaktes Bosonsampling

 



Donnerstag, 6. Juli 2017;  14:15 - 15:45 in D1.303

Vortragender: Martin Kolb
 

Titel: Zufallsmatrizen

 



Donnerstag, 13. Juli 2017;  14:15 - 15:45 in D1.303

Vortragender: Tobias Weich
 

Titel: Approximatives Bosonsampling
 

 



Donnerstag, 20. Juli 2017;  14:15 - 15:45 in D1.303

Vortragender: Tim Bartley
 

Titel: Boson Sampling Experimente
 



Or­ga­ni­zers

Johannes Blömer

Leiter -

Büro: O4.258
Telefon: +49 5251 60-6651
E-Mail: bloemer@mail.uni-paderborn.de

Joachim Hilgert

Professor - i.R.

Büro: D2.207
Telefon: +49 5251 60-2635
E-Mail: joachim.hilgert@uni-paderborn.de
Web: Homepage

Martin Kolb

Büro: J2.207
Telefon: +49 5251 60-2643
E-Mail: kolb@math.uni-paderborn.de
Web: Homepage

Christine Silberhorn

Leiterin - Lehrstuhlinhaberin

Büro: P10.2.101
Telefon: +49 5251 60-7000
E-Mail: christine.silberhorn@uni-paderborn.de
E-Mail: silberhorn-office@uni-paderborn.de

Tobias Weich

Leiter der AG Spektralanalysis

Büro: D2.216
Telefon: +49 5251 60-2624
E-Mail: tobias.weich@uni-paderborn.de
Web: Homepage