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THE
FIELDS INSTITUTE FOR RESEARCH IN MATHEMATICAL SCIENCES
20th
ANNIVERSARY
YEAR
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 Workshop
on Mathematical Methods of
Quantum Tomography
February 19-22, 2013
Fields Institute, 222 College St.,Toronto
Organizers:
Hubert de Guise (Lakehead)
Berthold-Georg Englert (National University of Singapore)
Zdenek Hradil (Palacky University)
Gerd Leuchs (Max Planck Institute for the Science of Light)
Luis L. Sanchez-Soto (Complutense
University
Madrid)
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The objective in quantum tomography is to reconstruct
the density matrix of a quantum state using “probes”
(theoretical or experimental). The density matrix is a generalization
of the quantum state vector that evolves following the Schrödinger
equation of quantum mechanics. The solution to problems in this
field are also of interest beyond the immediate quantum tomographic
community as they are essential for a better understanding of
quantum information processes and the prospective construction
of a quantum computer. The objective of the Workshop is to gather
experts and students working in the development and applications
of mathematical tools related to quantum tomography and related
problems.
Overview
We hope to foster new insights and different perspectives through
this Workshop where researchers from a variety of backgrounds and expertise
can exchange ideas in the informal atmosphere of a workshop. In line
with this objective, the workshop will schedule a few morning talks
and a significant portion of the program will be reserved for discussion
sessions.
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Posters
Participants wishing to present a poster will be
able to indicate so at the time of registration. Some students
who present a poster may be invited to submit their results
for peer reviewed publication in the Canadian
Journal of Physics.
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Some of the young participants supported by the
Julian Schwinger Foundation |
Schedule
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Tuesday
Feb. 19
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Wednesday
Feb. 20
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Thursday
Feb. 21
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Friday
Feb. 22
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8:30-8:45
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On site registration
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8:45-9:00
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Welcome
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Morning Coffee
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Morning Coffee
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Morning Coffee
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9:00-9:30
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Berthold-Georg Englert
Maximum-likelihood
regions and
smallest credible
regions
(presentation)
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Jens Eisert
Progress on
quantum compressed sensing
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Barry Sanders
Artificial-Intelligence Reinforcement Learning for Quantum Metrology
with Adaptive Measurements
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Alexander Lvovsky
3 ways to skin a cat: numerical approaches
in coherent-state quantum process tomography
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9:35-10:05
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Matthias Christandl
Reliable quantum
state tomography
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Steve Flammia
The Sample Complexity of Tomography and
New Estimators for Compressed Sensing
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Robin Blume-Kohout
Adaptive Gate-Set Tomography
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Marcus Silva
Process tomography without preparation and measurement errors
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10:05-11:00
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Coffee Break
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Coffee Break
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Coffee Break
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Coffee Break
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11:00-11:30
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Peter Turner
t-designs in quantum optics
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Maria Chekhova
Polarization quantum tomography of macroscopic Bell states
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Rafal Demkowicz-Dobrzanski
All you need is squeezing!
Optimal schemes for realistic quantum metrology
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Andrei Klimov
Distribution of
quantum fluctuations in the macroscopic limit of N qubit systems
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11:35-12:00
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Open
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Guoyong Xiang
Experimental verification of an entangled state with finite data
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Joshua Nunn
Optimal experiment design for quantum state tomography: Fair, precise,
and minimal
tomography
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Denis Sych
Informational completeness of continuous-variable measurements.
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12:05-2:00
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Lunch Break
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Lunch Break
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Lunch Break
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Lunch Break
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2:00-2:30
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Agata Branczyk
Holistic
Tomography
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Tobias Moroder
Detection of systematic errors in quantum tomography experiments
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Marco Genovese
Quantum Tomography of
the POVM of PNR detectors: different methods
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Alessandro Ferraro
Reconstructing the quantum state of oscillator networks with
a single qubit
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2:35-3:05
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Dimitri Mogilevtsev
Self-calibrating
tomography
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Paolo Mataloni
Tomographic
reconstruction
of integrated waveguide
optical devices
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Geza Toth
Permutationally Invariant Quantum Tomography and State Reconstruction
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3:05-4:00
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Tea Break
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Tea Break
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Tea Break
Lab Tour
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Tea Break
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4:05-4:35
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Jaroslav Rehácek
A little bit different quantum state tomography
(presentation)
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Karol Zyczkowski
Measurements on random
states and numerical shadow
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Open
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Open
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4:35
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Welcome Reception
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Poster session
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Workshop Dinner
(6pm)
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Closing
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List of Attendees
| Full Name |
University/Affiliation |
| Arrazloa, Juan Miguel |
University of Waterloo |
| Arun, Arun |
Centre for Quantum Technologies, NUS |
| Björk, Gunnar |
KTH - Royal Institute of Technology |
| Blume-Kohout, Robin |
Los Alamos National Laboratory |
| Branczyk, Agata |
University of Toronto |
| Chekhova, Maria |
Max-Planck Institute for the Science of Light |
| Christandl, Matthias |
ETH Zürich |
| de Guise, Hubert |
Lakehead University |
| Delgado, Aldo |
Universidad de Concepción |
| Demkowicz-Dobrzanski, Rafal |
University of Warsaw |
| Di Matteo, Olivia |
Lakehead University |
| Dignam, Marc |
Queen's University |
| Eisert, Jens |
Freie Universität Berlin |
| Emerson, Joseph |
University of Waterloo |
| Englert, Berthold-Georg |
National University of Singapore |
| Ferraro, Alessandro |
University College London |
| Flammia, Steve |
University of Sydney |
| Fomins, Aleksejs |
ETH |
| Genovese, Marco |
INRIM |
| Gilchrist, Alexei |
Macquarie University |
| Gittsovich, Oleg |
Institute for Quantum Computing, University of Waterloo |
| Godoy, Sergio |
Pontificia Universidad Catolica de Chile |
| Goyeneche, Dardo |
Center for Optics and Photonics |
| Grassl, Markus |
National University of Singapore |
| Gross, David |
University of Freiburg |
| Hou, Zhibo |
University of Science and Technology of China |
| Hradil, Zdenek |
Palacký University |
| Hughston, Lane |
University College London |
| James, Daniel |
University of Toronto |
| Johnston, Nathaniel |
University of Waterloo |
| Kamandar, Mohsen |
Queen's University |
| Kimmel, Shelby |
MIT |
| Klimov, Andrei |
Guadalajara University |
| Kueng, Richard |
University of Freiburg |
| Leuchs, Gerd |
Max Planck Institute for the Science of Light |
| Lvovsky, Alexander |
University of Calgary |
| Magesan, Easwar |
Massachusetts Institute of Technology |
| Mahler, Dylan |
University of Toronto |
| Mataloni, Paolo |
Universitŕ degli Studi di Roma "La Sapienza" |
| Mogilevtsev, Dmitri |
Universidade Federal do ABC |
| Mohammadi, Mohammadreza |
University of Toronto |
| Moroder, Tobias |
University of Siegen |
| Nunn, Joshua |
University of Oxford |
| Poon, Yiu |
Iowa State University |
| Quesada, Nicolás |
University of Toronto |
| Rapcan, Peter |
Institute of Physics, Slovak Academy of Sciences |
| Rehácek, Jaroslav |
Palacky University |
| Rozema, Lee |
University of Toronto |
| Sahota, Jaspreet |
University of Toronto |
| Salazar, Roberto |
University of Concepción |
| Sánchez-Soto, Luis L. |
Universidad Complutense |
| Sanders, Barry |
University of Calgary |
| Sanders, Yuval |
University of Waterloo |
| Schwemmer, Christian |
Max-Planck-Institut für Quantenoptik |
| Sedlak, Michal |
Palacky University |
| Sengupta, Ritabrata |
IISER Mohali |
| Seyfarth, Ulrich |
TU Darmstadt |
| Shang, Jiangwei |
National University of Singapore |
| Shchesnovich, Valery |
University of ABC |
| Silva, Marcus |
Raytheon BBN Technologies |
| Sipe, John |
University of Toronto |
| Stoklasa, Bohumil |
Palacky University |
| Sugiyama, Takanori |
University of Tokyo |
| Sych, Denis |
Max Planck Institute for the Science of Light |
| Tanaka, Fuyuhiko |
University of Tokyo |
| Teo, Yong Siah |
Palacky University |
| Toth, Geza |
University of the Basque Country UPV/EHU |
| Turner, Peter |
University of Tokyo |
| Wallentowitz, Sascha |
Pontificia Universidad Catolica de Chile |
| Xiang, Guoyong |
University of Science & Technology of China |
| Zeng, Bei |
University of Guelph |
| Zhu, Huangjun |
Perimeter Institute |
| Ziman, Mario |
Institute of Physics SAS |
| Zyczkowski, Karol |
Jagiellonian University |
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