QOT + FUW SEMINARS
We coorganise with Rafał Demkowicz-Dobrzański the weekly Quantum Information Seminar held each Thursday morning next-door at the Faculty of Physics, University of Warsaw (FUW).
The details including previous speakers, currently upcoming events, as well as exact times and location can be found at: http://www.fuw.edu.pl/seminarium-kwantowa-informacja-en.html. The sessions organised explicitly by the QOT teams are listed below.
QOT SEMINARS
19.05.2022
Marco Fellous Asiani, Centre for Quantum Optical Technologies UW, Minimizing the energetic cost of large-scale quantum computers.
07.04.2022
Emil Zeuthen, Niels Bohr Institute, University of Copenhagen, Trajectories without quantum uncertainties in composite systems with disparate energy spectra.
31.03.2022
Alexander Streltsov, Centre for Quantum Optical Technologies UW, Entanglement catalysis for quantum states and noisy channels.
03.03.2022
Saronath Halder, Centre for Quantum Optical Technologies UW, Unextendible entangled bases and more nonlocality with less entanglement.
27.01.2022
Michał Jachura Centre for Quantum Optical Technologies UW, Intensity modulation/direct detection optical key distribution.
18.11.2021
Michał Parniak Centre for Quantum Optical Technologies UW, Achieving non-classical states of mechanical oscillators.
28.10.2021
Lewis Clark Centre for Quantum Optical Technologies UW, Enhancing the performance of optomechanical sensors by continuous photon-counting.
21.10.2021
Yink Loong Len, Centre for Quantum Optical Technologies UW, Quantum metrology with imperfect measurements.
14.10.2021
Marcin Jarzyna, Centre for Quantum Optical Technologies UW, Quantum limits to polarization measurement of classical light.
07.10.2021
Janis Noetzel, Technical University of Munich, An OSI layer inspired perspective on quantum information processing.
13.05.2021
Mateusz Mazelanik, Centre for Quantum Optical Technologies UW, Super-resolution spectrometer based on quantum memory using frequency-domain inversion interferometry.
22.04.2021
Stanisław Kurdziałek, Centre for Quantum Optical Technologies UW, Back to sources – the role of coherence in super-resolution imaging revisited.
25.03.2021
Alexander Lvovsky,University of Oxford, Neural networks for optics and optics for neural networks.
18.03.2021
Chandan Datta,Centre for Quantum Optical Technologies UW, Catalytic Entanglement.
28.01.2021
Karol Łukanowski,Centre for Quantum Optical Technologies UW, Capacity of a lossy photon channel with direct detection.
21.01.2021
Nicolas Fabre,Centre for Quantum Optical Technologies UW, Quantum information in time-frequency continuous variables.
07.01.2021
Julia Amoros Binefa,Centre for Quantum Optical Technologies UW, Noisy Magnetometry in the Linear-Gaussian Regime.
17.12.2020
Guillaume Thekkadath,University of Oxford, Photon counting for quantum state engineering and interferometry.
03.12.2020
Tulja Varun Kondra,Centre for Quantum Optical Technologies UW, Resource theory of time asymmetry.
19.11.2020
Marek Miller,Centre of New Technologies UW (First TEAM), Quantum entanglement and measures of non-Markovianity.
22.10.2020
Filip Rozpędek,University of Chicago, Quantum repeaters based on concatenated bosonic and discrete-variable quantum codes.
21.05.2020
Ludwig Kunz,Centre of New Technologies UW (TEAM), Classical Communication with displacement receivers via noisy quantum channels.
4.06.2020
Yink Loong Len,Centre for Quantum Optical Technologies UW, Resolution limits of spatial mode demultiplexing with noisy detection.
30.01.2020
Farid Khalili,Lomonosov Moscow State University, Russia, Non-classical light in laser gravitational wave detectors.
19.12.2019
Stanisław Kurdziałek,Centre for Quantum Optical Technologies UW, Fundamental resolution limits in imaging of sources with fluctuating brightness.
12.12.2019
Carlo Maria Scandolo,University of Calgary, Canada, The entanglement of a bipartite channel.
14.11.2019
Alexander Streltsov,Centre for Quantum Optical Technologies UW, Rates of multi-partite entanglement transformations and applications in quantum networks.
07.11.2019
Kang-Da Wu,University of Science and Technology, Hefei, China, Realization of Generalized Quantum Measurement Based on Linear Optics.
10.10.2019
Marcin Jarzyna,Centre of New Technologies UW (TEAM), Ultimate capacity limits for fiber links with phase insensitive amplification.
30.09.2019
Thais de Lima Silva,Federal University of Rio de Janeiro, Arbitrary number of mutually unbiased measurements in phase space and their experimental implementation.
23.07.2019
Vadim Makarov,Russian Quantum Center, Moscow, Can quantum physics break cryptography’s curse?
18.07.2019
Marcio Mendes Taddei,Federal University of Rio de Janeiro, Error-run-time trade-off in the adiabatic approximation beyond scaling relations.
11.07.2019
Suchetana Goswami,S. N. Bose National Centre for Basic Sciences, Kolkata, Universal detection of entanglement in two-qubit states using only two copies.
12.06.2019
Boulat Bash,Department of Electrical and Computer Engineering, University of Arizona, Fundamental Limits of Low Probability of Covert Communications: Core Results and Future Directions.
09.05.2019
Julia Amoros Binefa,IQC-University of Waterloo, Field-swept control in Electron Spin Resonance and k-space formalism.
09.05.2019
Michał Dąbrowski,Centre for Quantum Optical Technologies UW, Atoms, Memories, and Photons: Quantum Optics with Atomic Ensembles.
04.04.2019
Jan Kołodyński and Alexander Streltsov,Centre for Quantum Optical Technologies UW, Entanglement negativity as a universal non-Markovianity witness.
28.02.2019
Mohammad Mehboudi,ICFO-The Institute of Photonic Sciences, Linear response theory for quantum Gaussian processes.
17.01.2019
Martin Ringbauer,University of Innsbruck, Experimental metaphysics: Probing the foundations of quantum theory.
17.01.2019
Konrad Banaszek, Ludwig Kunz,Centre for Quantum Optical Technologies UW, Centre of New Technologies UW (TEAM), Asymptotic low-cost limit of classical communication.
10.01.2019
Swapan Rana,Centre for Quantum Optical Technologies UW, Resource theory of coherence.
19.07.2018
Yink Loong Len,Centre for Quantum Optical Technologies UW, Open-system quantum error correction.