Dear group,
Would people be available at noon on next Wednesday to get together and take
a group picture (we could take 10 minutes if we are ALL sharp there)?
I think everybody will be back from their travels. If not, correct me. Cesar
and Ville will be back, and Mark and Kenta are here.
I suggest to take a picture in the sense of a Solvay conference:
http://quotationsbook.com/assets/shared/img/2256/Solvay_conference_1930.jpghttp://www3.telus.net/ion_physics/HtimsKrik//gallery/550px-Solvay_conferenc…
In any case, our group approaches that size :) If that is the case, we
should come well dressed and then we can photoshop and add effects to make
it look like an old picture. What do you guys think?
We could use some folding chairs and take the picture in the inner
courtyard, and/or the library for additional dramatic effect?
This would really make a good company to Cesar's Boltzmann-like picture.
Alan
PS. I apologize for the e-mail to Leslie copied to the whole lab :)
Alán Aspuru-Guzik | Assistant 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
On Thu, Apr 16, 2009 at 1:30 PM, Alan Aspuru-Guzik <alan(a)aspuru.com> wrote:
> Leslie,
> Awesome, We can try putting it on the website when I get back! That is
> great. If you could have the thing work on mouse-over rather than click
> (maybe changing the Java event?) that would be uber-cool.
>
> I will call for the beautiful set of group pictuers next Wednesday :)
>
> About the other questions I sent you, I wanted to tell you: I am happy with
> going with the constant-volume boxes, but I want to know what is wrong with
> the constant pressure runs.
>
> I hope all is fine,
> Alan
>
> Alán Aspuru-Guzik | Assistant 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
>
>
>
>
> On Wed, Apr 15, 2009 at 10:57 PM, Leslie Vogt <lvogt(a)fas.harvard.edu>wrote:
>
>> Hi everyone,
>>
>> Many thanks to those of you who participated in my homework adventure by
>> posing by your (messy) desks ;) A link to the final result can be seen
>> here:
>> http://www.people.fas.harvard.edu/~lvogt/<http://www.people.fas.harvard.edu/%7Elvogt/>
>>
>> Thanks again,
>>
>> Leslie
>>
>> --
>> Leslie Vogt
>> Aspuru-Guzik Group
>> Chemistry and Chemical Biology
>> Harvard University
>>
>> _____________________________________________
>> Aspuru-list mailing list
>> Aspuru-list(a)lists.fas.harvard.edu
>> http://lists.fas.harvard.edu/mailman/listinfo/aspuru-list
>>
>>
>
Hi everyone,
Many thanks to those of you who participated in my homework adventure by
posing by your (messy) desks ;) A link to the final result can be seen
here:
http://www.people.fas.harvard.edu/~lvogt/
Thanks again,
Leslie
--
Leslie Vogt
Aspuru-Guzik Group
Chemistry and Chemical Biology
Harvard University
Guys,
Next Thursday, April 23, we have a chance to meet with Prof. Harry Atwater from
Caltech. The area of his expertise include plasmonics, photonics, photovoltaic
material, etc. If you are interested in joining the meeting but have some time
restrictions for that day, please let me know by tomorrow (Thursday) morning.
There are still several timeslots available. We can try to adjust the time of
the meeting.
Thank you,
Semion
Dear All,
This is a reminder that the 5th Joint Theory Seminar will be held TOMORROW,
April 16 at 3 p.m. in the Division Room, M102. Mr. Matthew Barr of the Heller
group will be presenting the talk:
"Quantum Corrals: Acoustics at the Nanoscale?"
---------------------------------------------------------------------------
ABSTRACT:
The invention of the scanning tunneling microscope illuminated the world of
surfaces at the nanoscale. One of the many interesting phenomena uncovered is
the extraordinary coherence exhibited by tunneling surface electrons. When
herded into a quantum corral by surface adatoms, the electronic resonances
display features uncannily like textbook particles in a box. We review these
developments and illustrate that if these atoms form walls, they must be leaky
ones. Finally, drawing on the field of acoustics, we show that these losses can
be accounted for in an intuitive way.
---------------------------------------------------------------------------
Thank you,
Semion
********************************************
Semion K. Saikin
Department of Chemistry and Chemical Biology
Harvard University
12 Oxford Street, Cambridge, MA 02138
email: saykin(a)fas.harvard.edu
phone: (619)212-6649
********************************************
IIC Colloquium - High Performance Computing as Linchpin in Next-Generation
Radio Telescopes
Today, April 15, 2009; 4:00pm
60 Oxford Street, Room 330
Lincoln Greenhill, Senior Research Fellow/Radio Astronomer,
Harvard-Smithsonian Center for Astrophysics
Abstract
Frontier astronomy facilities in the next decade will pose serious and
data-intensive science challenges. In a new paradigm for radio astronomy,
high-performance computing will be front and center as a critical element of
the interferometric arrays that will make tomographic maps of the early
universe. Power-efficient green implementation will be an additional
requirement for some projects. Computation using Blue Gene-class clusters,
mass deployment of field-programmable gate arrays, and graphics processing
units figure prominently in array plans and prototypes, though scaling to
the very largest radio array now in development, planned for 2020, is an
unsolved problem. Lessons learned and preliminary images from one of the
first path-finding instruments will be presented.
Bio
Lincoln J. Greenhill is a Senior Research Fellow in the Faculty of Arts and
Sciences at Harvard, Radio Astronomer at the Smithsonian Astrophysical
Observatory, and a founding member of the IIC GPGPU effort. In the fall, he
will be a Visiting Miller Professor at UC Berkeley. He is project scientist
for the Murchison Wide-field Array telescope project and leads its real-time
data processing group. His interests include star formation, black holes,
cosmological dark energy, and the still incomplete historical record of the
first billion years after the Big Bang.
Pavlos Protopapas
_______________________________________________
iic-colloquium mailing list
iic-colloquium(a)calists.harvard.edu
http://calists.harvard.edu/mailman/listinfo/iic-colloquium
THE FUTURE OF ENERGY
Spring 2009
Richard Garwin
IBM Fellow Emeritus at the Thomas J. Watson Research Center
"A View of Nuclear Power in the World’s Energy Future"
TODAY
5:00 pm
Harvard University
Science Center Lecture Hall D
One Oxford Street, Cambridge, MA
About 15% of the world's electrical power now comes from nuclear fission.
Should/will this be greatly increased or even eliminated? Some prescriptions
are clear--that recycling plutonium from power reactors is at present an
economic loss and an unnecessary security hazard. After a brief presentation
of the economics, sustainability, safety, and security of nuclear power,
Garwin supports an expansion of nuclear electricity, without future subsidy
and based initially on plants with which the world has had much experience.
This must be accompanied by a major increase in oversight of safety worldwide,
and much improvement in the competence and efficiency of the regulatory system.
The acquisition of nuclear weapons is not dependent on nuclear power, and
nuclear power need not contribute to nuclear proliferation, but a growing
and spreading nuclear power sector requires increased vigilance and resources
in this regard.
Richard L. Garwin received his Ph.D. in physics from the University of Chicago
in 1949. He joined IBM in 1952 at the Watson Laboratory in New York City.
>From 1965-1966, he served as Director of Applied Research at the Thomas J.
Watson Research Center, where he still maintains an office. He holds 44 U.S.
patents. He has taught at Columbia, Harvard and Cornell Universities, and is
a member of the National Academy of Sciences, National Academy of Engineering,
Institute of Medicine, the Pugwash Conferences on Science and World Affairs,
the Council on Foreign Relations, and many other organizations. From 1994 to
2001, he also chaired the Arms Control and Nonproliferation Advisory Board at
the Department of State. Garwin was previously awarded the Enrico Fermi Award
by President Clinton and the Department of Energy for his many contributions to
national security and arms control and for his achievements in nuclear and
particle physics. Garwin received the National Medal of Science, the nation's
highest honor for the fields of science and engineering, in 2003.
The Future of Energy lecture series is sponsored by the Harvard University
Center for the Environment with generous support from Bank of America. All of
the lectures are free and open to the public.
Contact:
Lisa Matthews
Events Coordinator
Harvard University Center for the Environment
24 Oxford Street
Cambridge, MA 02138
lisa_matthews(a)harvard.edu
p. 617-495-8883
f. 617-496-0425
==============================================
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Center for Excitonics
Seminar Series Announcement
The Center for Excitonics (http://www.rle.mit.edu/excitonics) invites you
to join us at the next seminar of the
2009 series. Please forward this information on to others who might be
interested in attending this and other seminars.
Title: Excitons, biexcitons, and higher-order
correlations: Direct observations of ultrafast many-body dynamics
Presenter: Prof. Keith A. Nelson
Organization: Department of Chemistry, MIT
Date: April 15, 2009
Time: 3:00 - 4:00pm
Place: 36-428
Refreshments: Yes
URL:
http://www.rle.mit.edu/excitonics/nelson-041509.html
Abstract
Much is known about the ultrafast dynamics of excitons in semiconductors
and organic molecular systems. Far less is understood about higher-order
correlations that may lead to bound multi-exciton states, even though
biexcitons and triexcitons play key roles in semiconductor optical gain
and may play important roles in protection of photosynthetic species from
degradation. We have developed multiple-quantum two-dimensional Fourier
transform optical (2D FTOPT) spectroscopy methods, directly analogous to
multiple-quantum nuclear magnetic resonance (2D FTNMR) techniques, that
permit optical generation and direct observation of ultrafast many-body
coherences including those involving biexcitons and triexcitons. The
experiments require multiple, noncollinear light beams that intersect at
the sample and whose fields remain fully phase coherent with each other
even as pulses in selected beams are variably delayed. This has been
achieved with the magic of spatiotemporal femtosecond pulse shaping,
through which all the optical phases, delays, and spectral properties are
controlled and the experiment is executed without the use of any delay
stages or other moving elements that would normally disrupt phase
stability. Many-body dynamics in GaAs quantum wells have been examined in
detail, and organic systems are presently under study.
For the postdocs out there :)
Alán Aspuru-Guzik | Assistant 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
---------- Forwarded message ----------
From: <fip(a)aps.org>
Date: Tue, Apr 14, 2009 at 9:40 PM
Subject: Sofia Kovalevskaja Award
To: alan(a)aspuru.com
Message to the members of the American Physical Society
Forum on International Physics. Authorized by Noemi Mirkin,
Secretary/Treasurer.
***********************************************************
Dear FIP members:
I want to bring to your attention the Sofja Kovalevskaja Award
(new round will be announced in mid May): Support for Outstanding Junior
Scholars to Conduct Innovative Research in Germany
More Information: Applications and additional information about the
Alexander von Humboldt Foundation can be found here :
http://www.avh.de/en/
Overview of the Award
The Sofja Kovalevskaja Award is open to highly acclaimed scholars and
scientists from all countries and disciplines. Applicants must have
completed a doctoral degree with distinction within the past six years
and have published in prestigious international journals or academic
presses. The Alexander von Humboldt Foundation particularly welcomes
applications from qualified, female junior researchers.
This award, granted by the Alexander von Humboldt Foundation and funded
by the German Federal Ministry of Education and Research, is one of the
most generously endowed research awards in Germany.
Award Funding
The funding - up to 1.65 million EUR per award - enables exceptionally
promising junior scientists and scholars with outstanding research
records to concentrate on high-level, innovative research in Germany,
virtually without administrative constraints. The funds provided by the
Sofja Kovalevskaja Award over five years allow recipients to:
* Conduct independent research.
* Finance a research team at a German university or research
institution of their choice.
* Cover their living expenses while in Germany.
Application Information
The next announcement for applications is planned for the first half of
the year 2009 and the deadline for application will probably be in the
beginning of 2010. The selection meeting is scheduled for early summer
2010. The Foundation plans to grant up to eight awards in 2010.
Application forms (note if they are the current forms or not)
and detailed information are available on the Alexander von Humboldt
Foundation webpage http://www.humboldt-foundation.de/web/7360.html
***************
To stop receiving email of this nature from APS, click on the link below.
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Center for Excitonics
Seminar Series Announcement
The Center for Excitonics (http://www.rle.mit.edu/excitonics) invites you
to join us at the next seminar of the
2009 series. Please forward this information on to others who might be
interested in attending this and other seminars.
Title: Excitons, biexcitons, and higher-order
correlations: Direct observations of ultrafast many-body dynamics
Presenter: Prof. Keith A. Nelson
Organization: Department of Chemistry, MIT
Date: April 15, 2009
Time: 3:00 - 4:00pm
Place: 36-428
Refreshments: Yes
URL:
http://www.rle.mit.edu/excitonics/nelson-041509.html
Abstract
Much is known about the ultrafast dynamics of excitons in semiconductors
and organic molecular systems. Far less is understood about higher-order
correlations that may lead to bound multi-exciton states, even though
biexcitons and triexcitons play key roles in semiconductor optical gain
and may play important roles in protection of photosynthetic species from
degradation. We have developed multiple-quantum two-dimensional Fourier
transform optical (2D FTOPT) spectroscopy methods, directly analogous to
multiple-quantum nuclear magnetic resonance (2D FTNMR) techniques, that
permit optical generation and direct observation of ultrafast many-body
coherences including those involving biexcitons and triexcitons. The
experiments require multiple, noncollinear light beams that intersect at
the sample and whose fields remain fully phase coherent with each other
even as pulses in selected beams are variably delayed. This has been
achieved with the magic of spatiotemporal femtosecond pulse shaping,
through which all the optical phases, delays, and spectral properties are
controlled and the experiment is executed without the use of any delay
stages or other moving elements that would normally disrupt phase
stability. Many-body dynamics in GaAs quantum wells have been examined in
detail, and organic systems are presently under study.