Anybody want to meet iwth Shaul? If so, let me know ASAP
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: Cathy Bourgeois <cmbourg(a)mit.edu>
Date: Wed, Sep 7, 2011 at 1:52 PM
Subject: Shaul Mukamel EFRC Seminar Talk
To: excitonics-faculty(a)mit.edu, xie(a)chemistry.harvard.edu,
cohen(a)chemistry.harvard.edu, heller(a)chemistry.harvard.edu
Dear faculty:****
** **
Shaul Mukamel will be giving a talk on Tues. Sept. 20 from 3 – 4 pm in the
RLE Allen Conference Room: 36-462. I am arranging a schedule at his request
to meet with you, so please go to the following link to let me know your
availability: http://www.doodle.com/4pk4xgrur8guqy5p ****
** **
Talk title: *“**Probing Vibrational ,Valence, and Core Excitons in
Molecules by Coherent Multidimensional Spectroscopy; from NMR to X rays”***
**
** **
Thanks kindly,****
** **
Cathy
****
Cathy Bourgeois****
Research Laboratory of Electronics****
Center for Excitonics****
77 Massachusetts Ave. Rm: 13-3057****
Cambridge, MA 02139****
P-617-253-0085****
F-617-324-5275****
** **
Facilities is hauling away the small fridge in like 10min, so if you have
anything stored in there, move it to the big fridge NOW.
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,
Jia from the Lieber Group is organizing tomorrow's student/pdoc lunch for
Prof. Teri Odom. If you want to meet her and have lunch at the Faculty
Club, email Jia asap.
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…>
---------- Forwarded message ----------
From: Jia Liu <jialiu(a)cmliris.harvard.edu>
Date: Wed, Sep 7, 2011 at 12:53 PM
Subject: Lunch with Prof. Teri Odom
To: aspuru-admin(a)chemistry.harvard.edu
Dear Anna B. Shin
I am a student in Prof. Lieber group and we are going to host the lunch of
Prof. Teri Odom's visit tomorrow. Could you please ask students/postdocs in
your group to see if anyone of them want to join this lunch? We can have 1
student from each group.
The lunch will be from 12:00 pm to 1:40 pm at Faculty Club. Please let me
know by the end of today.
Thank you very much!
Best regards
Jia
--
Jia Liu
Ph. D. Student of Chemistry and Chemical Biology
Harvard University
617-599-7582
Office address: No. 12 Oxford Street, Cambridge, MA, 02138
Dear group,
Jarrod and I are planning the group's Open House poster and we will be
needing your collaboration:
Tomorrow and Wednesday, we will be going around the group taking pictures of
you acting out your research!
The best pictures will make it in the poster.
It is useless to escape or oppose resistance, we will find you and take your
picture :)
See you tomorrow!
Stephanie & Jarrod
Hello all,
mainz is up again. However it might not work if your setup is not to
use AppSocket protocol. That protocol is most reliable, fast, and
available on most platform so I only enabled that one and closed other
ports. So please change your setup appropriately! If it doesn't work
as expected, please find me to help you.
Also note that colors involving cyan might not look good. I will try
to clean the printer head several times more but am pessimistic on
that :-/
-S^2
--
Sangwoo Shim
PhD candidate in Chemical Physics
Harvard University
12 Oxford St #63, MA 02138, USA
Hi all,
Eric Heller has shared the syllabus of his new Spring course. He changed his
mind and will make it a formal course for credit although I'm sure he will
welcome listeners. Here's the information.
Who wants to take it with me? So that we can solve psets together just as in
our first years of grad school when life was tough and we used to pull
allnighters for the courses... lol
Joel.
---------- Mensaje remitido ----------
De: "Heller, Eric" <heller(a)physics.harvard.edu>
Fecha: 04/09/2011 06:54
Asunto: possible syllabus
Para: "Yuen, Joel" <joelyuen(a)fas.harvard.edu>
Joel
There is a good chance that I will indeed teach "chem 245" in the spring,
modulo a PChem faculty meeting to take place on Friday where we have to
scope out our overall teaching plan, but everyone has been supportive.
Tentatively, I said the following would be the content, but it can change
according to suggestions.
Please share this if you like, and any comments would be appreciated.
Thanks for suggesting this; I am excited about it!
Best
Rick
Chemistry 245: Classical, quantum, and semiclassical dynamics.
Although quantum dynamics appears to be an independent and self-contained
subject not requiring classical mechanics, the connections between classical
and quantum dynamics are so intimate that huge opportunities for
understanding, computation, and intuition are missed in the absence of an
understanding of classical dynamics. Semiclassical methods have become so
powerful that they often make possible accurate computations of quantum
mechanical phenomena, complete with physical intuition for the result
based on classical trajectories. The underpinnings of statistical
mechanics depend upon dynamics, and the methods for treating nonequilibrium
systems are critically dependent on dynamics. Debates rage about the
importance of “quantum effects” in biology and condensed matter systems, yet
the answers hinge upon how quantum mechanical systems become classical in
their behavior. Purely classical Monte Carlo and molecular dynamics
simulations should be backed up with a firm knowledge of dynamics.
Tentative list of topics:
Classical dynamics, including canonical transformation theory, evolution in
phase space, Lagrangian manifolds, ergodic theory, shadowing theorem, etc.
Stability theory, resonance theory, KAM theorem, unstable and chaotic
evolution.
Feynman path integral, semiclassical propagator, semiclassical
approximations, initial value representations.
Coherent states and wave packet dynamics: exact and semiclassical
techniques.
Quantum tunneling and semiclassical approximations to tunneling.
Quantum Chaos theory, underpinnings of statistical mechanics, random matrix
theory, scarring of eigenfunctions.
Semiclassical theory of decoherence.
Semiclassical and time-dependent theories of spectroscopy.
Structure of the course:
It is proposed to meet twice a week for an hour and a half. The course would
be graded, with the grade based primarily on homework and a project. The
student would select a project in the second half of the term, and elect to
present an oral or written presentation. The oral presentations would be
reserved for special times, so as not to restrict the time available for
the ambitious list of topics given above. No exams or finals.
Hi all,
I will be massively running short (~1h30min) jobs on Eldorado in the next
couple of weeks. There should be no problems with the new queuing system but
let me know if there are issues.
Best,
Stephanie
Please join us for the first IACS Seminar.
Speaker: Alexander Wissner-Gross
Location: Pierce Hall 209, 29 Oxford Street, Cambridge
Time: Informal lunch with speaker, 12:30 in *Cruft 403*. Talk, 1:00.
Title: Planetary-Scale Computing
Abstract:
Recent advances in high-frequency financial trading have made light propagation delays between geographically separated exchanges relevant. In this seminar, I will show that there exist optimal locations from which to coordinate the statistical arbitrage of pairs of spacelike separated securities, and calculate a representative map of such locations on Earth. Furthermore, trading local securities along chains of such intermediate locations results in a novel econophysical effect in which the relativistic propagation of tradable information is effectively slowed or stopped by arbitrage. Implications for planetary-scale computing will be discussed.
Bio:
Alexander D. Wissner-Gross is a Research Affiliate at the MIT Media Laboratory. He has received 102 major distinctions, authored 14 publications, been granted 9 issued, pending, and provisional patents, and founded and advised 3 technology companies, 1 of which has been acquired. In 1998, he won the USA Computer Olympiad and represented the U.S. at the International Olympiad in Informatics. In 2003, he became the last person in MIT history to receive a triple major, with bachelor's in Physics, Electrical Science and Engineering, and Mathematics, while graduating first in his class from the MIT School of Engineering. In 2007, he completed his Ph.D. in Physics at Harvard, where his research on smart matter, pervasive computing, and machine learning was awarded the Hertz Doctoral Thesis Prize. Following his Ph.D., he was named a Ziff Fellow in Computer Science at Harvard University. His work has been featured in Technology Review, Business Week, Scientific American, The New York Times, and The Wall Street Journal. Website: www.alexwg.org
For information about future events AT IACS, see http://iacs.seas.harvard.edu/events
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