Hello all,
Mario Krenn will speak at tomorrow's group meeting, starting at 2:30pm. The title and abstract of his talk can be found below.
Our usual meeting room on the Toronto side (SS571) was stolen last minute, so this week's meeting will take place in room 105 (ground floor) of the Stewart Building, which is located at 149 College St.
Boston side, please send me your Skype name prior to the meeting so I can add you to the call.
Best regards,
Riley
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Title: On computer-inspired Quantum Experiments
Abstract: I will explain how we use computer programs to design quantum optical experiments. Several of these experiments have recently been successfully implemented in laboratories. For me the most surprising thing is, that we can actually learn new ideas and techniques from such computer-designed quantum experiments.
I will focus on one specific computer-inspired idea -- a connection between quantum experiments and graph theory: The outcome of that specific type of photonic quantum experiments is very difficult to calculate - the lies in the complexity class #P-hard. A related (but physically different) scheme has been proposed by this group to calculate chemical properties on a near-term quantum computer (Nature Photonics 9, 615 (2015)). I would like to understand whether these new methods also be used for calculations on near-term quantum devices. Therefore I'm very much looking forward for feedback and potential follow-up discussions!
Harvard Quantum Initiative Special Seminar
Tuesday, January 15
3:00 PM
Jefferson 356
William Cairncross, JILA, NIST and University of Colorado, Boulder
Precision measurement and quantum state control with trapped molecular ions
Precision measurements using molecules are today amongst the most sensitive probes for fundamental physics beyond the Standard Model. I will present an ongoing search for beyond Standard Model time-reversal symmetry violation using trapped molecular ions at JILA, where we have implemented basic quantum state control to attain high sensitivity to the electron’s electric dipole moment. I will discuss our recently-completed first result and our progress towards a second-generation measurement, culminating in multi-second quantum coherence and internal state detection of over one thousand molecules at the standard quantum limit.
--
Clare Ploucha
Administrative Program Manager
Max Planck/Harvard Research Center for Quantum Optics
Department of Physics
17 Oxford Street, Jefferson 357
Cambridge, MA 02138
P: 617-495-3388
Dear quanta,
If any of you would be interested in presenting a poster at the launch
event for the new College of Computing, there is a competition which
involves submitting an abstract by this Friday. It might be a good way to
meet an interesting cross section of MIT, but I really don't know what to
expect there.
aram
---------- Forwarded message ---------
From: Samantha Smiley <smileys(a)mit.edu>
Date: Mon, Jan 14, 2019 at 12:51 PM
Subject: REMINDER: MIT Stephen A. Schwarzman College of Computing Launch:
Call for Posters
To: Samantha Smiley <smileys(a)mit.edu>
Good Afternoon,
I’m assisting with communications for the upcoming February 2019 launch
celebration for the MIT Stephen A. Schwarzman College of Computing,
including a poster session during the event. The poster session is open to
undergraduates, grad students, and postdocs. Could you forward this
information (below signature block) to your students?
Many thanks.
Samantha
Samantha Smiley
Administrative Assistant
MIT Quest for Intelligence
Subject: REMINDER: MIT Stephen A. Schwarzman College of Computing Launch:
Call for Posters
To the members of the MIT community:
Following up on President Reif’s “save the date” message from before the
holiday break, we are delighted to announce that MIT will host a poster
session during the February 2019 launch celebration for the MIT Stephen A.
Schwarzman College of Computing. The poster session will demonstrate how
MIT students are pushing the frontiers of computing and discovering new
ways to connect computing with other disciplines.
Undergraduates, graduate students, and postdoctoral researchers are invited
to submit poster abstracts. A committee will choose the top projects from
each of MIT’s five schools. About 60 selected posters will be displayed
from 5 to 7 p.m. on Thursday, Feb. 28, during the final reception for the
launch event.
Please submit your 100-word poster abstract online
<https://docs.google.com/forms/d/e/1FAIpQLSdDLNmNIZ6XXhRpEDWeioxuUy6dtCd6KQ6…>
by 5 p.m. on Friday, Jan. 18, 2019.
On behalf of President Reif and the MIT Stephen A. Schwarzman College of
Computing Poster Committee, we look forward to hearing from you.
Questions? Contact: schwarzmancollegelaunchposters(a)mit.edu
Aude Oliva, Executive Director, MIT Quest for Intelligence
Antonio Torralba, Director, MIT Quest for Intelligence
_______________________________________________
qip mailing list
qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
Harvard Quantum Initiative Special Seminar
Tuesday, January 15
3:00 PM
Jefferson 356
William Cairncross, JILA, NIST and University of Colorado, Boulder
Precision measurement and quantum state control with trapped molecular ions
Precision measurements using molecules are today amongst the most sensitive probes for fundamental physics beyond the Standard Model. I will present an ongoing search for beyond Standard Model time-reversal symmetry violation using trapped molecular ions at JILA, where we have implemented basic quantum state control to attain high sensitivity to the electron’s electric dipole moment. I will discuss our recently-completed first result and our progress towards a second-generation measurement, culminating in multi-second quantum coherence and internal state detection of over one thousand molecules at the standard quantum limit.
--
Clare Ploucha
Administrative Program Manager
Max Planck/Harvard Research Center for Quantum Optics
Department of Physics
17 Oxford Street, Jefferson 357
Cambridge, MA 02138
P: 617-495-3388
We are having a group meeting tomorrow, at 11am in the usual place
(6-310).
Nobody is scheduled to talk. Come prepared to discuss recent papers on
the arXiv.
Peter Shor
_______________________________________________
qip mailing list
qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
Hi all,
Welcome back! I hope you all had a relaxing holiday. There will be no group meeting tomorrow as some of us have yet to return. We will resume next Thursday, Jan 17.
Best,
Riley
Harvard Quantum Initiative Special Seminar
Tuesday, January 8
1:00 PM
Jefferson 250
Oles Shtanko, MIT
Title: Quasi-viscous effects in open quantum systems
Abstract: In quantum transport problems, thermal environment plays an important role. We demonstrate that additionally to suppressing quantum transport due to dephasing, the environment is able to induce new dynamic effects absent in an isolated system. In particular, we show that non-interacting particles in presence of stochastic environment may exhibit formation of vortices and Poiseuille flow, the effects similar to commonly considered signatures of hydrodynamic behavior. We provide a detailed analysis of the phenomenon and derive the equations for quasi-viscous flow. The environmentally induced quantum quasi-viscosity suggests new possible transport regimes accessible in solid-state devices, cold atomic systems, and photonic quantum simulators.
--
Clare Ploucha
Administrative Program Manager
Max Planck/Harvard Research Center for Quantum Optics
Department of Physics
17 Oxford Street, Jefferson 357
Cambridge, MA 02138
P: 617-495-3388
Harvard Quantum Initiative Special Seminar
Tuesday, January 8
1:00 PM
Jefferson 250
Oles Shtanko, MIT
Title: Quasi-viscous effects in open quantum systems
Abstract: In quantum transport problems, thermal environment plays an important role. We demonstrate that additionally to suppressing quantum transport due to dephasing, the environment is able to induce new dynamic effects absent in an isolated system. In particular, we show that non-interacting particles in presence of stochastic environment may exhibit formation of vortices and Poiseuille flow, the effects similar to commonly considered signatures of hydrodynamic behavior. We provide a detailed analysis of the phenomenon and derive the equations for quasi-viscous flow. The environmentally induced quantum quasi-viscosity suggests new possible transport regimes accessible in solid-state devices, cold atomic systems, and photonic quantum simulators.
Speaker: Yehuda B. Band (Ben-Gurion University)
Date: Thursday, Jan 10th
Time: 12:00-1:00 pm
Includes Pizza.
Title: Quantum Rotors: Magnetometers and Accelerometers
Abstract: In a cold atom gas subject to a spin-dependent 2D optical lattice potential with hexagonal symmetry, trapped atoms undergo orbital motion around the minima of the optical lattice potential. Such atoms are elementary quantum rotors (QRs). The theory of an atomic QR is developed. Wave functions, energies, and degeneracies are determined for both bosonic and fermionic QRs, as well as magnetic dipole transitions between ground and spin-excited states. QRs in optical lattices with precisely one atom per site can be used as a magnetometer or as an accelerometer; such devices can have unprecedented accuracy.
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