For those of you unable to attend our symposium "Weathering the Data Storm: The Promise and Challenges of Data Science," or for those of you who would like to share the talks with friends and colleagues, I'm happy to announce that videos of the talks are now available on our website: http://computefest.seas.harvard.edu/data-storm
Kind regards,
Meg Hastings
Interim Executive Director, Institute for Applied Computational Science
Harvard School of Engineering and Applied Sciences
52 Oxford Street, Northwest B165
Cambridge, MA 02138
http://iacs.seas.harvard.edu/
hastings(a)seas.harvard.edu | 617-384-9091
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Dear Spanish speakers,
No hubo ningún salón disponible a esa hora !? Así qué lo haremos en mi
oficina el viernes de 1-2.
Saludos,
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 | http://about.me/aspuru
Dear quanta,
Let's meet at the usual time and place (11am, 6-310).
Please come prepared to talk about what quantum-related subject you've been
thinking about for 2 minutes. For most people it is easy to speak for less
than 15 seconds or for more than 10 minutes. 2 minutes is surprisingly
difficult!
aram
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qip(a)mit.edu
http://mailman.mit.edu/mailman/listinfo/qip
Dear Friends:
I will be away on personal leave for 3 weeks starting Feb. 10, 2014.
Tomorrow a temporary employee by the name of Velma Dupont will begin a 2-3
week stint, and she be assisting Alan and Cynthia. Her schedule will be
9-3.
Cynthia will continue to man the fort and I expect that you all will treat
her with respect and kindness while I'm away. I do have eyes and ears in
every corner of the lab (Yes, Gian. I see you..).
During my time away I will be off the grid -- total blackout (my name is
really Jack Bauer).
If you have any questions, please see me in person tomorrow and Friday.
All the best,
Marlon.
----------------
Marlon G. Cummings
Lab Manager, Aspuru-Guzik Group
Mallinckrodt M112
Department of Chemistry and Chemical Biology
Harvard University
12 Oxford Street
Cambridge, MA 02138
617-496-9964
617-496-9411 (fax)
http://aspuru.chem.harvard.edu/
Dear group Spanish Speakers,
Laura Dominguez (Carlos Amador's wife) will be giving a pratice job talk
(IN SPANISH) from 1-2 PM in a location to be determined. Please consider
attending so that we can help her prepare for her faculty interview in
Mexico on Monday. Cynthia will follow up with a room.
Here is here attached abstract! Come learn about proteins!
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 | http://about.me/aspuru
*Sane Attachments*: The attachments in this email have been copied to
Dropbox by the magic of SaneBox <http://sanebox.com>.
LauraDominguez_Resumen.pdf <https://db.tt/3MsEMIIv> - Dropbox/SaneBox/Laura
Dominguez/Re_ Special seminar (practice job talk), 2014-02-05 01.44.40 PM/
Who was interested in doing this? It would be good to get a list together, so would anyone planning on running please email me?
You should be training. At least 40km per week. (just kidding. sort of.)
cheers, nico
Begin forwarded message:
From: "Janetzko, John" <jjanetzko(a)fas.harvard.edu<mailto:jjanetzko@fas.harvard.edu>>
Subject: [G1] On your mark. Get set. Go!
Date: January 30, 2013 at 4:05:38 PM EST
To: g1 <ccb-g1(a)lists.fas.harvard.edu<mailto:ccb-g1@lists.fas.harvard.edu>>, g2 <ccb-g2(a)lists.fas.harvard.edu<mailto:ccb-g2@lists.fas.harvard.edu>>, g3 <ccb-g3(a)lists.fas.harvard.edu<mailto:ccb-g3@lists.fas.harvard.edu>>, g4 <ccb-g4(a)lists.fas.harvard.edu<mailto:ccb-g4@lists.fas.harvard.edu>>, g5 <ccb-g5(a)lists.fas.harvard.edu<mailto:ccb-g5@lists.fas.harvard.edu>>, gn <ccb-gn(a)lists.fas.harvard.edu<mailto:ccb-gn@lists.fas.harvard.edu>>, #List-CCB-OtherGradStudents <othergradstudents(a)chemistry.harvard.edu<mailto:othergradstudents@chemistry.harvard.edu>>, #List-CCB-PostDocs <postdocs(a)chemistry.harvard.edu<mailto:postdocs@chemistry.harvard.edu>>, #List-CCB-Staff <staff(a)chemistry.harvard.edu<mailto:staff@chemistry.harvard.edu>>
My dearest CCBers,
The Ras na hEireann U.S.A 5K is an annual race held this year on Sunday March 10th in the beautiful Davis Sq., Somerville. Undoubtedly, some of you are familiar with this race as running it has been a departmental tradition in the past. This race is a great way to get outside and be active while showing off your lab spirit! :D
In the interest of keeping with this tradition (and the spirit of friendly competition) the GPC would like to strongly encourage participation in this coveted event!
Participation will involve each lab nominating a team captain to organize the individuals that will be running (and liaise with their PI and lab admin(s) should they be interested in running). I would like for the captains to email me with a list of those that have registered [any time prior to when the scoring will be done – i.e. The morning of the race at the latest]. Staff, feel free to coordinate among yourselves and select a captain, or email me individually as you sign up and I will put you all on the same team.
Each lab should aim to have at least five runners complete the race, though more runners are encouraged. Only the rankings of the top five runners in each lab will count towards a lab’s score – that being said, you can still bump other peoples rankings (hence the advantage of more runners). Labs having fewer than five runners will have the last runner’s time (in the department) count for the remaining slots. The winning lab will claim a truly magnificent trophy (that currently resides in the Jacobsen lab) and earn bragging rights for the year!
The registration is $35.00 and includes an event shirt and finishers medal.
The link to the event is here: http://baevents.com/rasnaheireann/
Please register ASAP since this event frequently fills up prior to race day, and is already half full! Yes, that’s right, there will be ~5,000 people running!
As an added incentive, the GPC has ordered headbands (below), which will be FREE for all registered CCB runners! I will send an email when they arrive and the captains may come and pick up one for each runner in their lab (must show registration confirmation).
See you at the starting line!
--GPC
[cid:75BAF96F-0174-41D0-9B2A-2D988A3D1846]
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Hi everyone,
We have a special seminar coming up on Friday
(details copied below)
. Leslie will be visiting us for the entire day. I am attaching her
schedule for those of you who signed up for meetings with her / lunch.
Best,
Stephanie
============================
SPECIAL GROUP MEETING
When - Friday Feb 7th from 2-3pm
Where - Cabot Division room
*Quantum Entanglement and Nonlinear Spectroscopy: Non-classical Light
Matter Interactions in Organic Molecules*
*Leslie Upton, University of Michigan*
Quantum entanglement is most commonly known to be utilized in applications
for quantum information science, for example quantum computing and quantum
cryptography. Yet, very little work has been done studying and
characterizing the non-classical light matter interactions in large,
organic molecules. The use of entangled photons for multi-photon
spectroscopy is a novel technique with several potential applications in
entangled two-photon excited fluorescence microscopy, selective two-photon
spectroscopy, quantum imaging and remote sensing. In this work, we
demonstrate that with the use of entangled photons one can study ETPA
scaling properties for large conjugated organic molecules and study
molecules with varying absorption properties. This can be done with ten
orders of magnitude less photons than classical TPA measurements.
Selective absorption of entangled photons is also observed in several
organic molecules. A theoretical model is provided to explain this
mechanism of non-classical absorption. Through these experiments and
theoretical calculations, it is found that while some molecules may have
strong classical multi-photon absorption, due to their excitation pathways;
these same excitation pathways may hinder the entangled photon absorption
process. These entangled photon absorption results provide the first
steps in realizing and demonstrating the viability of selective entangled
two-photon spectroscopy.
Dear IACS Community Members:
Hanspeter Pfister and the Institute for Applied Computational Science (IACS) cordially invite you to attend the upcoming Dean's Lecture on Computational Science presented by the Harvard School of Engineering and Applied Sciences on Friday, February 14th. The lecture, entitled "Fast, Accurate Tools for Physical and Biophysical Modeling," will be presented by Leslie Greengard of the Simons Foundation and Courant Institute (NYU). Please find the pertinent details, below.
Cheers,
Natasha
Natasha Baker
Administrative Coordinator, IACS
617-496-2623
***************
Title: Fast, Accurate Tools for Physical and Biophysical Modeling
Date: Friday, 2/14
Time: Lunch, 12:30pm; Talk, 1-2pm
Location: Maxwell Dworkin (Room G115), 33 Oxford Street, Cambridge, MA 02138
Abstract:
During the last few years, new algorithms have brought large-scale physical and biophysical modeling within practical reach. The fast multipole method, for example, permits the rapid evaluation of all pairwise interactions in systems of charged particles. If N denotes the number of particles in the system, the cost grows linearly with N rather than quadratically, with million-fold speedups obtained in systems with one billion charges. This is critical, for example, in simulations of electromagnetic phenomena, molecular dynamics, ion channels, and protein-protein interactions. I will give an overview of these methods and their applications, followed by a brief and somewhat speculative discussion of current opportunities at the intersection of applied mathematics, physics, and biology in microscopy, biomedical imaging, systems biology and biophysics.
Bio:
Leslie Greengard received his Ph.D. degree in Computer Science and his M.D. degree from Yale University in 1987, after completing a B.A. degree in Mathematics at Wesleyan University in 1979. He has been a faculty member at the Courant Institute of New York University since 1989, where he was Director from 2006-20011. He is currently the Director of the Simons Center for Data Analysis at the Simons Foundation, while continuing to serve part-time on the Courant Institute faculty. Greengard and collaborators developed the Fast Multipole Method (FMM) for electromagnetics, the fast Gauss transform for diffusion, and high order accurate methods for a variety of wave propagation problems. He is a member of the National Academy of Sciences and the National Academy of Engineering.
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Dear Group,
Next Wednesday we will have a visitor David Gelbwaser from Weizmann
Institute. Alan is considering him for a postodoc position. Thus, we ill
have all related activities - meeting with the guy, somebody may go for
lunch with him (I need to check with Marlon how many people can go), then
we will attend the talk, etc. The title and the abstract of the talk are at
the end of this email. If you are interested to talk with him please let me
know. This is especially important for students who may end up with a
postdoc whom they cannot collaborate with.
Best,
Semion
===========================================================
Quantum heat machines efficiency
The second law of thermodynamics makes an essential difference between heat
and work. Work can be completely transformed to heat in a cyclic process,
yet the opposite is not true. While at the classical level there is a
standard and well established definition of work, this is not the case at
the quantum level. If two quantum systems exchange energy, how is it
divided into work and heat? In this talk I will address this question
which has important implications on the limits that thermodynamics sets to
the performance of quantum devices, in particular to quantum heat machines.
D. Gelbwaser-Klimovsky, R. Alicki and G. Kurizki. Work and energy gain of
heat-pumped quantized amplifiers, EPL 103, 60005 (2013);
D. Gelbwaser-Klimovsky, R. Alicki and G. Kurizki. Minimal universal
quantum heat machine, Phys. Rev. E 87, 012140 (2013);
D. Gelbwaser-Klimovsky, R. Alicki, and G. Kurizki. Autonomous
quantum-controlled refrigerator: performance beyond the classical bound.
arXiv:1309.5716 <http://lanl.arxiv.org/abs/1309.5716> [quant-ph] (2013)
===========================================================