---------------------------- Original Message ----------------------------
Subject: The 2011 "Dance Your PhD" contest
From: "John Bohannon" <john.bohannon(a)gmail.com>
Date: Wed, August 31, 2011 1:16 am
To: gonzo(a)aaas.org
--------------------------------------------------------------------------
The 2011 "Dance Your PhD" contest is on!
http://news.sciencemag.org/sciencenow/2011/08/announcing-the-2011-dance-you…
If you're getting this email, then you have been involved with the
contest, or you asked me to let you know when the next contest launches.
Otherwise, you're a friend or colleague... (Apologies if I've spammed
you.)
We're looking for scientists of all kinds (physics to social sciences),
engineers, and mathematicians who have at least one of these traits:
1. Loves to dance
2. Has a wild / edgy sense of humor
3. Is an exhibitionist
If you know scientists like that, please forward this email to them.
The prize this year is $1000 in cash and a free trip to Belgium to attend
TEDxBrussels.
Not to mention, of course, you will be crowned by the journal Science as
the ultimate dance interpreter of scientific research. You will brag
about that for the rest of your life...
Here are the rules:
http://gonzolabs.org/dance/
To take part, you have to have a PhD, or be working on one as a grad
student. (But anyone can take part in that person's PhD dance.)
The deadline is 10 OCTOBER 2011.
So get dancing!
--
John Bohannon, PhD
Contributing Correspondent, Science Magazine
Dear Excitonics teamsters,
Below are Cathy's instructions for the poster session next Wed the 21st.
Your participation is required. Please note that if you're unable to send
your poster to EECS in time for printing, then you should send it to Ken Toy
at UOS (ken_toy(a)harvard.edu - see instructions on wiki).
Thanks,
Anna B. Shin
Laboratory Administrator | Aspuru-Guzik Research Group
Department of Chemistry and Chemical Biology | Harvard University
12 Oxford Street | Cambridge, MA 02138
617.496.9964 office | 617.694.9879 cell | 617.496.9411 fax
http://aspuru.chem.harvard.edu/
<https://mail.google.com/mail/u/0/?ui=2&ik=e7480c62f0&view=att&th=12eee19970…>
---------- Forwarded message ----------
From: Cathy Bourgeois <cmbourg(a)mit.edu>
Date: Tue, Sep 13, 2011 at 2:34 PM
Subject: FW: Poster Instructions for EFRC poster session 10:45-12:45, Sept
21
To: excitonics-sp(a)mit.edu
Cc: excitonics-faculty(a)mit.edu
Hi students and post docs:****
** **
Just a friendly reminder for the poster session on Wed. September 21, in
the EECS Grier conference rooms: 34-401. Each student funded by the
center is required to present a poster. ****
** **
Please have them ready no later than Monday to ensure they are ready to post
by Wed. morning. It is up to each student to get their poster printed by
sending it to Chris Papdopoulos in EECS or have it done by either Copy Tech
or an outside vendor such as Kinkos/FedEx. ( These should be charged to
the Excitonics M&S fund of your PI , there is no charge for EECS plotter).**
**
** **
See formatting instructions below and attached poster template.****
** **
Also note the following:****
** **
**· **Posters must be posted by 10:15 AM.****
**· **EECS Plotter requires a 48 hour notice and lead time ****
**· **Organize the posters by EFRC research subgroup: approx. 10
posters per group ****
**· **I will provide pins and note cards (with subgroup titles ) for
each poster. ****
** **
Lunch for all students presenting will immediately follow the poster session
in the same room to allow more time for the external advisory members to
view and discuss posters. ****
** **
Please let me know if you have any questions,****
** **
Thanks,****
** **
Cathy****
** **
** **
*From:* Cathy Bourgeois [mailto:cmbourg@mit.edu]
*Sent:* Thursday, September 01, 2011 12:39 PM
*To:* 'excitonics-sp(a)mit.edu'
*Cc:* excitonics-faculty(a)mit.edu
*Subject:* Poster Instructions for EFRC poster session 10:45-12:45, Sept 21
****
** **
Dear students and post docs: ****
** **
You can have the posters printed on EECS’s plotter by emailing them to: *Chris
Papadopoulos, papadop(a)mit.edu, 617-253-2737*. Please have them printed
at least 2 days prior to poster session. ****
Formatting & Plotting Procedures for EECS Plotter:****
Posters that will be printed using the EECS plotter should be formatted to
no wider than 41-inches-wide. If you are formatting your poster to be
printed elsewhere, your poster can be no larger than 48-inches-by-48-inches
wide, preferably using most of that space.****
**· **Create your poster using attached poster template****
**· ***Please save slide to 36”x48” dimensions in PowerPoint for a
high resolution for the poster*
We recommend that the posters be in PPT format in order to allow the slides
to be plotted onto a single sheet. By doing so, the presentation can be
easily transported as a single rolled-up sheet, is easy to setup, and can be
printed and distributed on standard letter-size sheets
(8.5-inches-by-11-inches). ****
Please let me know if you have any questions.****
** **
Thanks, ****
** **
Cathy****
** **
** **
** **
*From:* Marc Baldo [mailto:baldo@MIT.EDU]
*Sent:* Tuesday, August 30, 2011 2:58 PM
*To:* excitonics-sp(a)mit.edu
*Cc:* excitonics-faculty(a)mit.edu; Catherine Bourgeois
*Subject:* EFRC poster session 10:45-12:45, Sept 21 ****
** **
Hello All, ****
** **
The Excitonics EFRC is going to hold a practice scientific review with an
external panel on Wed Sept 21. ****
** **
The panel is:****
Shaul Mukamel (UC Irvine)****
Seth Marder (Georgia Tech)****
Steve Forrest (Michigan)****
Gary Wiederrecht (Argonne)****
Terry Smith (3M)****
** **
As part of this review, we intend to host a poster session, with
contributions from each student and postdoc. The poster session will be from
10:45 – 12:45 in 34-401. There will be lunch included from 11:45-12:45.****
** **
Please prepare a poster on the attached template. It should describe your
recent activity and also describe your interactions with others in the EFRC.
****
** **
Cathy Bourgeois will be in touch with details on printing the posters.****
Thanks,****
marc****
** **
Associate Professor of Electrical Engineering and Computer Science****
Director of the Center for Excitonics****
Associate Director, Research Laboratory of Electronics****
MIT, Room 13-3053****
77 Massachusetts Av, Cambridge, MA 02139****
baldo(a)mit.edu****
http://softsemi.mit.edu/****http://www.rle.mit.edu/excitonics/****
** **
Please post in your area and forward to your groups. Thanks
Center for Excitonics
Seminar Series Announcement
TUES, SEPT 20, 2011
3:00 PM
RLE Haus Room: 36-428
"PROBING VALENCE AND CORE EXCITONS IN MOLECULES BY COHERENT MULTIDIMENSIONAL
SPECTROSCOPY WITH CLASSICAL AND QUANTUM LIGHT"
Shaul Mukamel, Dept. of Chemistry, University of California, Irvine
Abstract Multidimensional spectroscopic techniques which originated
with NMR in the 1970's have been extended over the past 18 years to the
infrared and visible regimes. Novel extensions of these ideas to study
excitons in the ultraviolet and the x-ray regimes, which make use of
entangled photons, will be discussed. Two dimensional ultraviolet (2DUV)
spectra of protein backbone and side chains are presented. The signals
provide new insights into the protein structures, dynamics and functions.
Simulated chirality-induced 2DUV spectra reveal characteristic patterns of
protein secondary structures, and explore the structure and aggregation
mechanism of amyloid fibrils which are associated with over 20 diseases
related to protein misfolding. Signatures of aggregation propensity of
peptides are identified. Energy- transfer and charge-separation pathways in
the reaction center of photosystem II may be revealed by two-dimensional
techniques in the visible. The excited state dynamics and relaxation of
electrons and holes and their 2D signatures are simulated.
Time-domain experiments that employ sequences of attosecond x-ray pulses in
order to probe electronic and nuclear dynamics in molecules are made
possible by newly developed bright coherent ultrafast sources of soft and
hard x-rays. By creating multiple core holes at selected atoms and
controlled times it is possible to study the dynamics and correlations of
valence electrons as they respond to these perturbations. Electron motions
can thus be directly probed by detecting x-ray photons or photoelectrons.
Two-dimensional stimulated x-ray resonant Raman spectra of core excitons are
predicted. Novel 2D signals that make use of entangled photons will be
presented. Entangled photons offer an unusual combination of bandwidths and
temporal resolution not possible by classical beams. Contributions from
different resonances can be selected by varying the parameters of the photon
wave function. An assembly of non interacting atoms may become correlated
upon interaction with entangled photons, and their density matrix can then
show collective resonances. Possible experimental signatures of these
effects are explored.
Bio Shaul Mukamel received his B.Sc degree in Chemical Physics in 1969
and his Ph.D. in 1976 both from Tel Aviv University. He served on the
faculty of the Weizmann Institute and Rice University and in 1982 he joined
the chemistry department of the University of Rochester and became a
professor in 1985. In 2000 he became the Kenneth Mees Professor and in 2003
was appointed joint Professor of Physics. Since 2003 he serves on the
faculty of UC Irvine as a Chancellor Professor of Chemistry.
Professor Mukamel's group interests focus on the design of novel ultrafast
multidimensional coherent optical spectroscopies for probing and controlling
electronic and vibrational molecular dynamics in the condensed phase;
Theoretical and computational studies and applications include attosecond
nonlinear x-ray spectroscopy of molecules; Many-body theory of optical and
photonic materials; a time dependent reduced density matrix framework for
computing electronic excitations and nonlinear optical spectroscopy of
conjugated polymers, molecular nanostructures, chromophore aggregates and
semiconductor and solar cell nanoparticles; Folding and dynamical
fluctuations in proteins and DNA; Long range electron transfer, energy
funneling, and collective nonlinear optical response of biological light
harvesting complexes; Photon statistics in single molecule spectroscopy;
Nonlinear dynamics and fluctuations in quantum and classical optical
response.
Dear Group and Rotators,
As a reminder, the lab doors should be shut at all times and each door
securely locked when the office is empty. For the big office M104, M104A,
M105 and Siberia Cv-B21 that have multiple door entries, the protocol is the
same.
Always push/pull on the door handle to ensure it is locked and doesn't slip
open. If this happens, alert Maggie or me immediately so we can contact
Facilities to repair.
Theft in the building is unfortunately very common, and it's extremely easy
to make off with a backpack or laptop when the doors are left ajar. Thank
you for your vigilance in maintaining a secure lab.
Best,
Anna
Anna B. Shin
Laboratory Administrator | Aspuru-Guzik Research Group
Department of Chemistry and Chemical Biology | Harvard University
12 Oxford Street | Cambridge, MA 02138
617.496.9964 office | 617.694.9879 cell | 617.496.9411 fax
http://aspuru.chem.harvard.edu/
<https://mail.google.com/mail/u/0/?ui=2&ik=e7480c62f0&view=att&th=12eee19970…>
Dear Group,
As a reminder, please remember to send your departure/return dates of when
you're away from the office (group travel *and* any personal). We are very
packed with rotators and our usual influx of lab visitors, and it's
extremely helpful to refer to the Group Travel Calendar so visitors can
temporarily use any available desks.
Thanks,
Anna
Anna B. Shin
Laboratory Administrator | Aspuru-Guzik Research Group
Department of Chemistry and Chemical Biology | Harvard University
12 Oxford Street | Cambridge, MA 02138
617.496.9964 office | 617.694.9879 cell | 617.496.9411 fax
http://aspuru.chem.harvard.edu/
<https://mail.google.com/mail/u/0/?ui=2&ik=e7480c62f0&view=att&th=12eee19970…>
Dear Quanta
We will meet tomorrow, Tuesday the 13th, at 11:00 in 6-310. Seth has promised to tell us something interesting.
Best,
Eddie
:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
Edward Farhi
Cecil and Ida Green Professor of Physics
Director
Center for Theoretical Physics
Massachusetts Institute of Technology
6-300
Cambridge MA 02139
617 253 4871
:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
_______________________________________________
qip mailing list
qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
Alán Aspuru-Guzik | Associate Professor
Harvard University | Department of Chemistry and Chemical Biology
12 Oxford Street, Room M113 | Cambridge, MA 02138
(617)-384-8188 | http://aspuru.chem.harvard.edu | http://about.me/aspuru
---------- Forwarded message ----------
From: Oleg Prezhdo <oleg.prezhdo(a)rochester.edu>
Date: Mon, Sep 12, 2011 at 4:30 AM
Subject: Faculty Position in Theoretical Chemistry at University of
Rochester
To: "Prezhdo, Oleg" <oleg.prezhdo(a)rochester.edu>
Dear Colleagues:
Please, allow me to draw your attention to the opening of the faculty
position in theoretical chemitry in Rochester. The official announcement
published recently in C&EN is attached. It would be great if you could
forward this information to qualified candidates.
With sincere regards,
Oleg Prezhdo
_________________________________________________________________
Oleg Prezhdo, Distinguished Professor
Senior Editor, Journal of Physical Chemistry Letters
Fellow of the American Physical Society
Department of Chemistry Tel: (585) 276-5664
University of Rochester Fax: (585) 276-0205
RC Box 270216 oleg.prezhdo(a)rochester.edu
Rochester, NY 14627-0216 www.chem.rochester.edu/faculty
_________________________________________________________________
Hi everybody,
So far I have only one additional person - Jacob - interested in meeting
with Shaul Mukamel on the 20th (probably at 2pm, if need be 4pm). Well,
that's a rather poor showing... Anyways, if you decide that you want to
speak with him after all (in a friendly, non-threatening group-setting ;)),
please let me know soon.
Best
Johannes
-----------------------------------------------
Dr. Johannes Hachmann
Postdoctoral Fellow
Aspuru-Guzik Research Group
Harvard University
Department of Chemistry and Chemical Biology
12 Oxford St, Rm M104A
Cambridge, MA 02138
USA
eMail: jh(a)chemistry.harvard.edu
-----------------------------------------------
Dear Group,
Now that Fall term is underway, we have incoming graduate students who will
rotate in our group for the next few months. CCB has three 4-week rotation
periods this term. I will update the Group Calendar for each rotation
period as they come up. For the first rotation, we have 3 G1s: Ryan,
Jeong-Mo and Andy. We also have a G1 from Systems Biology, Adrian, rotating
for the full term. Their contact information is below and they have been
added to our mailing list.
Ryan Babbush, babbush@fas
Jeong-Mo Choi, jeongmochoi@fas (M-111 Dmitrij's desk)
Andreas "Andy" Roetheli, roetheli@fas
Adrian Jinich, ajinich@gmail (Cv-B21)
I will send updates of new rotating students as they come in. We will be
juggling desks again, but sharing is love. [?]
Welcome Ryan, Jeong-Mo, Andy and Adrian!
Best,
Anna
Anna B. Shin
Laboratory Administrator | Aspuru-Guzik Research Group
Department of Chemistry and Chemical Biology | Harvard University
12 Oxford Street | Cambridge, MA 02138
617.496.9964 office | 617.694.9879 cell | 617.496.9411 fax
http://aspuru.chem.harvard.edu/
<https://mail.google.com/mail/u/0/?ui=2&ik=e7480c62f0&view=att&th=12eee19970…>
Perhaps of interest to people working on Quantum Computing
Stephanie
Sent to you by quebe via Google Reader: Universal digital quantum
simulation with trapped ions. (arXiv:1109.1512v1 [quant-ph]) via
quant-ph updates on arXiv.org by B. P. Lanyon, C. Hempel, D. Nigg, M.
Müller, R. Gerritsma, F. Zähringer, P. Schindler, J. T. Barreiro, M.
Rambach, G. Kirchmair, M. Hennrich, P. Zoller, R. Blatt, C. F. Roos on
9/7/11
A digital quantum simulator is an envisioned quantum device that can be
pro- grammed to efficiently simulate any other local system. We
demonstrate and investigate the digital approach to quantum simulation
in a system of trapped ions. Using sequences of up to 100 gates and 6
qubits, the full time dynamics of a range of spin systems are digitally
simulated. Interactions beyond those naturally present in our simulator
are accurately reproduced and quantitative bounds are provided for the
overall simulation quality. Our results demon- strate the key
principles of digital quantum simulation and provide evidence that the
level of control required for a full-scale device is within reach.
Things you can do from here:
- Subscribe to quant-ph updates on arXiv.org using Google Reader
- Get started using Google Reader to easily keep up with all your
favorite sites