Joint Quantum Seminar
Wednesday, March 6, 2019
2:00 PM, Jefferson 250
*Please note time change. There will be no 10-minute talk*
Prof. Irfan Siddiqi, University of California, Berkeley
“Weak Quantum Measurements: From Art to Architecture”
Canonical microwave frequency cavity quantum electrodynamical systems can be constructed from superconducting circuits, which thus enable a powerful laboratory for exploring foundational questions in quantum mechanics. When combined with near-quantum-limited photon detection, it is possible to enter the weak measurement regime where the continuous voltage output from the cavity can be used to construct individual quantum trajectories which statistically represent the most likely dynamical evolution of the artificial atom contained therein. Such techniques can be combined with fast feedback to change the measurement observable within the coherence time of the system, allowing one to probe quantities typically inaccessible to classical devices. As an example, I will discuss canonical measurements of the phase of a quantum signal which exceed the sensitivity afforded by heterodyne detection, and whose associated trajectories allow us to verify the acquisition of nearly-purely phase data.
Guest Presentation will begin at 2:00 PM (no 10-minute talk)
Refreshments will be provided
Thank you,
Samantha Dakoulas
Faculty Assistant to Professors Lukin & Greiner & their groups
Department of Physics
17 Oxford St., Lyman 324A
Cambridge, MA 02138
P. (617) 496-2544
This is aimed at advanced undergrads and starting grad students. Topics
include:
Quantum Computation Overview
Hardware Tutorials
Algorithms for Near-Term Devices
Quantum Error Correction
Registration closes March 15.
more information here:
https://staq.pratt.duke.edu/summer-school
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qip mailing list
qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
Joint Quantum Seminar
Wednesday, March 6, 2019
2:00 PM, Jefferson 250 *Please note time change*
Prof. Irfan Siddiqi, University of California, Berkeley
“Weak Quantum Measurements: From Art to Architecture”
Canonical microwave frequency cavity quantum electrodynamical systems can be constructed from superconducting circuits, which thus enable a powerful laboratory for exploring foundational questions in quantum mechanics. When combined with near-quantum-limited photon detection, it is possible to enter the weak measurement regime where the continuous voltage output from the cavity can be used to construct individual quantum trajectories which statistically represent the most likely dynamical evolution of the artificial atom contained therein. Such techniques can be combined with fast feedback to change the measurement observable within the coherence time of the system, allowing one to probe quantities typically inaccessible to classical devices. As an example, I will discuss canonical measurements of the phase of a quantum signal which exceed the sensitivity afforded by heterodyne detection, and whose associated trajectories allow us to verify the acquisition of nearly-purely phase data.
Guest Presentation will begin at 2:00 PM (no 10-minute talk)
Refreshments will be provided
Thank you,
Samantha Dakoulas
Faculty Assistant to Professors Lukin & Greiner & their groups
Department of Physics
17 Oxford St., Lyman 324A
Cambridge, MA 02138
P. (617) 496-2544
Excellent conference for those working on information theory for small
scales and the like. Paper suggestions now welcome.
Best,
Nicole
--
Nicole Yunger Halpern
ITAMP Postdoctoral Fellow
Harvard-Smithsonian Institute for Theoretical Atomic, Molecular, and
Optical Physics (ITAMP)
Harvard University Department of Physics
nicoleyh.11(a)gmail.com
---------- Forwarded message ---------
From: Min-Hsiu Hsieh <minhsiuh(a)gmail.com>
Date: Fri, Mar 1, 2019 at 8:00 AM
Subject: CFP --- Beyond IID in Information Theory 2019
To: Min-Hsiu Hsieh <Min-Hsiu.Hsieh(a)uts.edu.au>, Marco Tomamichel <
marcotom.ch(a)gmail.com>, Shun Watanabe <shunwata(a)cc.tuat.ac.jp>
Dear friends and colleagues,
The time for the next edition of the workshop "Beyond i.i.d. in Information
Theory" is approaching. It will be held at the University of Technology
Sydney, Sydney, Australia from 1-5 July 2019, organised by Min-Hsiu
Hsieh (chair)
and Marco Tomamichel.
This workshop is the 7th edition of a series that started with the workshop
"Beyond i.i.d. in Information Theory" that was held in Cambridge, 8-11 January
2013. A particular goal of this workshop is to bring together researchers from
both classical and quantum information theory. Topics to be covered in
the workshop
include (but not limited to)
* One-shot information theory and finite block length analysis
* Entropic quantities and matrix inequalities
* Additivity problems in information theory
* Thermodynamics and other resource theories
Further information can be found on the website
https://www.beyondiid2019.com/
===== Paper submission =====
To help us select a good programme, we invite the community to make
suggestions for talks. Any member of the community can participate, either
by nominating someone else with a concrete talk topic, or by submitting
his/her own work in the traditional manner. In either case, the nomination
or self-nomination should follow the following format.
Nominator: Full name, email, affiliation, research interests
Talk nominee: Full name, email, affiliation
Title: (Please include relevant pointers to full paper)
Abstract: It is best to include a description of between half a page and up
to two pages, explaining the pertinence of the submission to beyond iid.
Note: Entries are to be sent to beyondiid2019(a)gmail.com by 15/04/2019.
===== Important Dates =====
Paper Submission Deadline: 15 April 2019
Notification of Acceptance: 01 May 2019
Registration Ends: 1 June 2019
Workshop: 1-5 July 2019
We will be looking forward to receiving your entries,
Best regards,
Program Selection Committee
Min-Hsiu Hsieh, Marco Tomamichel and Shun Watanabe
--
Min-Hsiu Hsieh <https://www.minhsiu.com>,
ARC Future Fellow and Associate Professor,
Centre for Quantum Software and Information,
University of Technology Sydney, Australia.
Associate Editor of IEEE Transactions on Information Theory.
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