Seminars
2022
- Seminar · Marco Fellous Asiani (Centre for Quantum Optical Technologies UW): Minimizing the energetic cost of large-scale quantum computers
- Seminar · Emil Zeuthen (Niels Bohr Institute, University of Copenhagen): Trajectories without quantum uncertainties in composite systems with disparate energy spectra
- Seminar · Alexander Streltsov (Centre for Quantum Optical Technologies UW): Entanglement catalysis for quantum states and noisy channels
- Seminar · Saronath Halder (Centre for Quantum Optical Technologies UW): Unextendible entangled bases and more nonlocality with less entanglement
- Seminar · Michał Jachura (Centre for Quantum Optical Technologies UW): Intensity modulation/direct detection optical key distribution
2021
- Seminar · Michał Parniak (Centre for Quantum Optical Technologies UW): Achieving non-classical states of mechanical oscillators
- Seminar · Lewis Clark (Centre for Quantum Optical Technologies UW): Enhancing the performance of optomechanical sensors by continuous photon-counting
- Seminar · Yink Loong Len (Centre for Quantum Optical Technologies UW): Quantum metrology with imperfect measurements
- Seminar · Marcin Jarzyna (Centre for Quantum Optical Technologies UW): Quantum limits to polarization measurement of classical light
- Seminar · Janis Noetzel (Technical University of Munich): An OSI layer inspired perspective on quantum information processing
- Seminar · Mateusz Mazelanik (Centre for Quantum Optical Technologies UW): Super-resolution spectrometer based on quantum memory using frequency-domain inversion interferometry
- Seminar · Stanisław Kurdziałek (Centre for Quantum Optical Technologies UW): Back to sources – the role of coherence in super-resolution imaging revisited
- Seminar · Alexander Lvovsky (University of Oxford): Neural networks for optics and optics for neural networks
- Seminar · Chandan Datta (Centre for Quantum Optical Technologies UW): Catalytic Entanglement
- Seminar · Karol Łukanowski (Centre for Quantum Optical Technologies UW): Capacity of a lossy photon channel with direct detection
- Seminar · Nicolas Fabre (Centre for Quantum Optical Technologies UW): Quantum information in time-frequency continuous variables
- Seminar · Julia Amoros Binefa (Centre for Quantum Optical Technologies UW): Noisy Magnetometry in the Linear-Gaussian Regime
2020
- Seminar · Guillaume Thekkadath (University of Oxford): Photon counting for quantum state engineering and interferometry
- Seminar · Tulja Varun Kondra (Centre for Quantum Optical Technologies UW): Resource theory of time asymmetry
- Seminar · Marek Miller (Centre of New Technologies UW (First TEAM)): Quantum entanglement and measures of non-Markovianity
- Seminar · Filip Rozpędek (University of Chicago): Quantum repeaters based on concatenated bosonic and discrete-variable quantum codes
- Seminar · Yink Loong Len (Centre for Quantum Optical Technologies UW): Resolution limits of spatial mode demultiplexing with noisy detection
- Seminar · Ludwig Kunz (Centre of New Technologies UW (TEAM)): Classical Communication with displacement receivers via noisy quantum channels
- Seminar · Farid Khalili (Lomonosov Moscow State University): Russia, Non-classical light in laser gravitational wave detectors
2019
- Seminar · Stanisław Kurdziałek (Centre for Quantum Optical Technologies UW): Fundamental resolution limits in imaging of sources with fluctuating brightness
- Seminar · Carlo Maria Scandolo (University of Calgary): Canada, The entanglement of a bipartite channel
- Seminar · Alexander Streltsov (Centre for Quantum Optical Technologies UW): Rates of multi-partite entanglement transformations and applications in quantum networks
- Seminar · Kang-Da Wu (University of Science and Technology): Hefei, China, Realization of Generalized Quantum Measurement Based on Linear Optics
- Seminar · Marcin Jarzyna (Centre of New Technologies UW (TEAM)): Ultimate capacity limits for fiber links with phase insensitive amplification
- Seminar · Thais de Lima Silva (Federal University of Rio de Janeiro): Arbitrary number of mutually unbiased measurements in phase space and their experimental implementation
- Seminar · Vadim Makarov (Russian Quantum Center): Moscow, Can quantum physics break cryptography’s curse?
- Seminar · Marcio Mendes Taddei (Federal University of Rio de Janeiro): Error-run-time trade-off in the adiabatic approximation beyond scaling relations
- Seminar · Suchetana Goswami (S. N. Bose National Centre for Basic Sciences): Kolkata, Universal detection of entanglement in two-qubit states using only two copies
- Seminar · Boulat Bash: Department of Electrical and Computer Engineering, University of Arizona, Fundamental Limits of Low Probability of Covert Communications: Core Results and Future Directions
- Seminar · Julia Amoros Binefa (IQC-University of Waterloo): Field-swept control in Electron Spin Resonance and k-space formalism
- Seminar · Michał Dąbrowski (Centre for Quantum Optical Technologies UW): Atoms, Memories, and Photons: Quantum Optics with Atomic Ensembles
- Seminar · Jan Kołodyński and Alexander Streltsov (Centre for Quantum Optical Technologies UW): Entanglement negativity as a universal non-Markovianity witness
- Seminar · Mohammad Mehboudi (ICFO-The Institute of Photonic Sciences): Linear response theory for quantum Gaussian processes
- Seminar · Martin Ringbauer (University of Innsbruck): Experimental metaphysics: Probing the foundations of quantum theory
- Seminar · Konrad Banaszek, Ludwig Kunz (Centre for Quantum Optical Technologies UW, Centre of New Technologies UW (TEAM)): Asymptotic low-cost limit of classical communication
- Seminar · Swapan Rana (Centre for Quantum Optical Technologies UW): Resource theory of coherence
2018
- Seminar · Yink Loong Len (Centre for Quantum Optical Technologies UW): Open-system quantum error correction
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: the seminar’s webpage. The sessions organised explicitly by the QOT teams are listed below.