Dear Group,
Please note that Felix's new work email is: aspuru.laboratory(a)gmail.com. He
is also available at the aspuru.staff(a)gmail.com email but emails sent to
the staff account forward to both him and I.
Cheers,
Siria
--
*Siria Serrano*
*Faculty Assistant*
*Aspuru-Guzik Group*
*Harvard University **Department of Chemistry and Chemical Biology*
*12 Oxford St. M 136*
*Cambridge, MA 02138*
*P:** (617) 496-1716 <%28617%29%20496-1716>** F: **617-496-9411
<617-496-9411>*
Hi Aspuru-Guzians,
Is anybody interested to have some beer/wine tonight while waiting for the
election results and supposedly celebrating them? If you would like, come
over to my house about 7pm. I plan to grill chicken. Any additional food
you bring in will be appreciated also. :)
The address is 30 Howard St., Arlington 02476, it's just 4 miles from the
campus. The easiest way getting there is bus 77.
If you're coming, please, send me a message, so I would have a head count.
If you're lost my cell is 619-212-6649
Semion
This might be of interest to those interested in robochemistry.
Alan
Alán Aspuru-Guzik | Professor of Chemistry and Chemical Biology | Harvard
University
12 Oxford Street, Room M113 | Cambridge, MA 02138
(617)-384-8188 | http://aspuru.chem.harvard.edu
---------- Forwarded message ----------
From: Scharf, Austin <ascharf(a)g.harvard.edu>
Date: Sun, Nov 6, 2016 at 10:29 AM
Subject: [Ccb-faculty-list] Special seminar: Microwave reaction
acceleration & alternatives
To: ccb-faculty-list(a)lists.fas.harvard.edu,
instructional_staff(a)lists.fas.harvard.edu,
ccb-gradstudents-list(a)lists.fas.harvard.edu,
ccb-postdocs(a)lists.fas.harvard.edu
Hello CCB,
Please join us for a special seminar tomorrow morning, Monday, November 7,
at 10 am in the Cabot Division Room. Dr. Jennifer Kremsner of Anton Paar
GmbH, a leader in reaction acceleration by microwave and traditional
heating methods, will be giving a presentation on the existence and nature
of non-thermal microwave effects, and providing comparisons between
microwave-accelerated reactions and "conventionally heated" analogs.
The presentation will be especially applicable to any of you who use
microwave-accelerated reaction chemistry in organic synthesis, and Dr.
Kremsner will also be providing examples of materials science applications.
I hope to see many of you tomorrow morning.
Best,
Austin Scharf
--
Austin B. Scharf, Ph.D.
Director of Advanced Undergraduate Laboratories
Lecturer in Chemistry
Department of Chemistry & Chemical Biology
Harvard University
ascharf(a)g.harvard.edu
Office: 617-496-7114
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Dear quanta,
If you are a postdoc or student planning to attend QIP you should apply by *Nov
9* for a travel grant.
For anyone attending QIP, you should register by *Nov 13* for the early
rate.
(by the way, acceptance notifications should be out Nov 8.)
aram
---------- Forwarded message ----------
Travel support to QIP 2017 for US-based students and postdocs
Deadline: November 9th, 2015
Context: The NSF has awarded a grant to partially support the costs of
traveling to and attending the QIP 2017 conference in Seattle for students
and postdocs with substantial need. Grants will range up to approximately
US$1000 per person.
More information: https://www.stationq.com/qip-t
ravel/#tab-cf53e40a1e11650e616.
---------
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Group Members,
Please join me in welcoming Felixander (Felix) Negron to the Aspuru-Guzik
Group!
Felix will join us as Lab Administrator. He is bilingual in Spanish and has
a background in operations management and accounting. Most recently, he
served within the CRNA Administrator in the Anesthesia Department with the
University of Pennsylvania Health System.
Felix's first day with us will be this coming Monday, November 7th and I
encourage everyone to swing by next week at their leisure and introduce
themselves. We're very glad to have him join our team.
Best regards,
Siria
--
*Siria Serrano*
*Faculty Assistant*
*Aspuru-Guzik Group*
*Harvard University **Department of Chemistry and Chemical Biology*
*12 Oxford St. M 136*
*Cambridge, MA 02138*
*P:** (617) 496-1716 <%28617%29%20496-1716>** F: **617-496-9411
<617-496-9411>*
---------- Forwarded message ----------
From: *Becky Duo* <yd450(a)nyu.edu>
Date: Thursday, November 3, 2016
Subject: Tenure-track faculty position
To: alan(a)aspuru.com
Cc: Zlatko Bacic <zlatko.bacic(a)nyu.edu>
[image: SaneBox]
*SaneAttachments*: The attachments in this email have been copied to
Dropbox by the magic of SaneBox <http://sanebox.com>. Click link bellow:
NYU Shanghai Chemistry Ad_07.28.16.docx <https://db.tt/I7TxBkhK> -
Dropbox/SaneBox/Becky Duo/Tenure-track faculty position, 2016-11-03
10.35.47 PM/
* Click the link above or find it in Dropbox with the path of the file
provided next to the link. You can also forward this email as usual. Learn
more
<http://help.sanebox.com/customer/portal/articles/473528-sane-attachments>.
*
------------------------------
Dear Professor Aspuru-Guzik,
I am writing to you in my capacity as the Chair of the New York University
Shanghai Theoretical/Computational Chemistry Faculty Search Committee. We
are in the process of recruiting top-level tenure-track faculty to join the
growing teaching and research faculty at NYU Shanghai in all major fields
of science, including a focus on theoretical/computational chemistry. We
are therefore soliciting applications from highly qualified candidates with
outstanding track records of accomplishments in theoretical and/or
computational chemistry, and a strong potential for achieving excellence in
teaching. I would therefore very much appreciate it if you would share the
information about the availability of this position with any of your
talented collaborators who are interested in a tenure-track faculty
position.
NYU Shanghai is a full undergraduate and graduate degree-granting NYU
Global Network University based in China that was established by New York
University in 2013. The new faculty hire would also join the existing and
vibrant NYU-ECNU Center of Computational Chemistry at NYU Shanghai*,* a
joint Institute sponsored by NYU and Eas*t* China Normal University in
Shanghai. The Director of this Center, Professor John Zhang, is also a
member of the chemistry faculty at NYU in New York, and most members of our
theoretical faculty in New York are closely associated with this Center and
contribute actively to its research activities. Additional information
about NYU Shanghai and the faculty opening are described in the
advertisement for this position (Attached).
I thank you in advance for your assistance in forwarding this opportunity
to any colleagues you may know who may be interested in this position. We
are currently reviewing all applications until the position is filled.
Sincerely yours,
Zlatko Bacic
Professor of Chemistry
Department of Chemistry, New York University
Chair, Theoretical/Computational Chemistry Search Committee
--
Alán Aspuru-Guzik | Professor of Chemistry and Chemical Biology
Harvard University | 12 Oxford Street, Room M113 | Cambridge, MA 02138
(617)-384-8188 | http://aspuru.chem.harvard.edu | http://about.me/aspuru
POSTDOCTORAL RESEARCH ASSOCIATE (LEVEL A) / RESEARCH FELLOW (LEVEL B) IN
QUANTUM INFORMATION THEORY
*Full ad posted at: *http://bit.ly/SydneyPostdoc2016
*Quantum Physics Research Group *
*School of Physics *
*Faculty of Science *
*Reference 1794/1016 *
- *Help be a part of understanding the `big questions' in quantum
science*
- *Join a well-supported, collaborative team*
- *Full time for 3 years, remuneration package: $104K-$139K p.a. which
includes leave loading and up to 17% superannuation)*
The University of Sydney is Australias first university and has an
outstanding global reputation for academic and research excellence. We
employ over 7600 permanent staff, supporting over 60,000 students.
Applications are invited for the appointment to the position at Research
Associate level/ Research Fellow level in Quantum Information Theory
at the Quantum
Physics Research Group
<http://sydney.edu.au/science/physics/research/quantum/>, School of
Physics. Our theory group leads core research projects in the Australian
Research Council Centre of Excellence for Engineered Quantum Systems (EQuS),
<http://equs.org/> as well as the Army Research Office (ARO), USA, and is a
joint research collaboration between Professor Stephen Bartlett
<http://sydney.edu.au/science/people/stephen.bartlett.php>, Professor
Andrew Doherty <http://sydney.edu.au/science/people/andrew.doherty.php>,
and Associate Professor Steven Flammia
<http://sydney.edu.au/science/people/steven.flammia.php>.
We require multiple postdoctoral theorists to undertake research in quantum
information theory and/or quantum many-body physics, on topics that align
with the research directions currently pursued by the theory group.
The following skills and experience are essential for this role, please see
the bottom of the page for full requirements.
*Selection criteria for Level A *
*Applicants for this position must satisfy the following essential
criteria:*
- a PhD in Physics or a related discipline
- demonstrated capacity to conduct theoretical research in quantum
information theory or quantum many-body physics and work in a team
environment
- excellent oral and written communication skills
*In addition to the criteria for A, the below is in addition for the
criteria for Level B*
- a strong background in quantum information theory or related areas
- a track record of having conducted research independently
The positions are fixed term for three years, subject to completion of a
satisfactory probationary period for new appointees. Further offer of up to
one year may be available subject to funding and performance.
In addition to the selection criteria, 2 references only are required
please send them to quantum.administration(a)sydney.edu.au with the subject
line “*1794/1016 Reference”*
The Quantum Physics Research Group supports a flexible working environment;
subject to visa restrictions, this opportunity is available as either a
full-time or part-time position.
Some assistance towards relocation cost and visa sponsorship may be
available for successful appointees if required.
* To be considered, it is essential that you address the online selection
criteria. **For guidance on how to apply visit:**How to apply for an
advertised position.*
<http://sydney.edu.au/recruitment/recruitment-process/>
General enquiries can be directed to Dan Kuhner on 02 8627 0934, and
Academic enquiries to stephen.bartlett(a)sydney.edu.au
<Stephen.bartlett(a)sydney.edu.au>
* CLOSING DATE:* 11:30pm 28 November 2016
The University is an equal opportunity employer committed to equity,
diversity and social inclusion. Applications from equity target groups,
including women and people with disabilities are encouraged. As the
University of Sydney has established a scheme to increase the number of
Aboriginal and Torres Strait Islander staff employed across the
institution, applications from people of Aboriginal and Torres Strait
Islander descent are also encouraged.
The University reserves the right not to proceed with any appointment.
_______________________________________________
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Dear quanta,
David Poulin at Sherbrooke is hiring postdocs.
--------
The Institut quantique at the Université de Sherbrooke invites
applications for postdoctoral positions in quantum information sciences
and technologies.
The *Institut quantique (IQ)* is a leading research centre combining
expertise in quantum materials, quantum information and quantum
engineering. Fundamental discoveries made by our team have defined new
research directions and generated novel applications of quantum
sciences. IQ offers a stimulating research environment with a
well-established culture of innovation, working with a global network of
scientists and industries. We offer competitive salaries and
comprehensive support, including research and travel funds.
• Positions for 2 years - outstanding candidates considered for up to 4
years.
• Research excellence grant, international visitors program, summer
school, workshops.
A PhD (completed within the past 4 years), significant evidence of
excellence in research or evidence of strong potential for technological
transfer of research projects are required. Applicants are asked to send
a CV and a cover letter, including a short description of the research
that they propose to carry out at the IQ. Two letters of reference must
be sent directly to the IQ. Applications and reference letters should be
sent to
*postdoc-iq(a)USherbrooke.ca <mailto:postdoc-iq@USherbrooke.ca>*
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Dear Quanta,
I’ll be the surrogate Aram for tomorrow’s meeting. Donuts and coffee will be provided at 3:45, and the meeting will start promptly at 4:00.
After going around the room briefly, we will have our visitors Jacob Bridgeman and Chris Chubb from the University of Sydney giving two short (20 min) talks about these two papers:
Approximate symmetries of Hamiltonians
We explore the relationship between approximate symmetries of a gapped Hamiltonian and the structure of its ground space. We start by showing that approximate symmetry operators---unitary operators whose commutators with the Hamiltonian have norms that are sufficiently small---which possess certain mutual commutation relations can be restricted to the ground space with low distortion. We generalize the Stone-von Neumann theorem to matrices that approximately satisfy the canonical (Heisenberg-Weyl-type) commutation relations, and use this to show that approximate symmetry operators can certify the degeneracy of the ground space even though they only approximately form a group. Importantly, the notions of "approximate" and "small" are all independent of the dimension of the ambient Hilbert space, and depend only on the degeneracy in the ground space. Our analysis additionally holds for any gapped band of sufficiently small width in the excited spectrum of the Hamiltonian, and we discuss applications of these ideas to topological quantum phases of matter and topological quantum error correcting codes. Finally, in our analysis we also provide an exponential improvement upon bounds concerning the existence of shared approximate eigenvectors of approximately commuting operators which may be of independent interest.
https://arxiv.org/abs/1608.02600 <https://arxiv.org/abs/1608.02600>
Detecting Topological Order with Ribbon Operators
We introduce a numerical method for identifying topological order in two-dimensional models based on one-dimensional bulk operators. The idea is to identify approximate symmetries supported on thin strips through the bulk that behave as string operators associated to an anyon model. We can express these ribbon operators in matrix product form and define a cost function that allows us to efficiently optimize over this ansatz class. We test this method on spin models with abelian topological order by finding ribbon operators for ℤd quantum double models with local fields and Ising-like terms. In addition, we identify ribbons in the abelian phase of Kitaev's honeycomb model which serve as the logical operators of the encoded qubit for the quantum error-correcting code. We further identify the topologically encoded qubit in the quantum compass model, and show that despite this qubit, the model does not support topological order. Finally, we discuss how the method supports generalizations for detecting nonabelian topological order.
https://arxiv.org/abs/1603.02275 <https://arxiv.org/abs/1603.02275>
Best,
Steve
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