Hello all,
Has anyone seen the book named 'Monte Carlo Methods in Chemical
Physics' around? It's a brown hardcovered book. I'm pretty sure I
returned this book to Cabot library, but the system says I didn't...
I'm asking just in case.
Best,
Sangwoo
--
Sangwoo Shim
PhD student in Chemical Physics
Harvard University
12 Oxford St #63, MA 02138, USA
Dear Quanta
We will meet on Tuesday (tomorrow) at 11:00 in 6-310. We will talk
about the new paper by Terry Rudolph and maybe hear about quantum money.
Best,
Eddie
:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
Edward Farhi
Cecil and Ida Green Professor of Physics
Director
Center for Theoretical Physics
Massachusetts Institute of Technology
Building 6 Room 300
Cambridge MA 02139
617 253 4871
:::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::
Center for Excitonics
Seminar Series Announcement
The Center for Excitonics (http://www.rle.mit.edu/excitonics) invites you
to join us at the
first seminar of the Fall 2009 series. Please forward this information on
to others who might be interested
in attending this seminar.
Title: Quantum Dimension of Photosynthesis
Revealed by Angular Resolved Coherent Imaging
Presenter: Professor Ian Mercer
Organization: Department of Physics, University College
Dublin
Date: September 29, 2009
Time: 3:00 - 4:00pm
Place: 36-428
Refreshments: Yes
URL:
http://www.rle.mit.edu/excitonics/mercer-092909.html
abstract
Understanding the role of coherent electronic motion is expected to
resolve general questions of importance in macromolecular energy transfer,
in nature and in devices. Significant progress has been made using
coherent optical four wave-mixing, however the interpretation of
measurements is difficult in particular where multiple quantum transitions
are strongly coupled, and new methods are required for an improved
feedback to molecular simulation. We will look at a novel laser method,
Angle-Resolved Coherent (ARC) imaging, that separates quantum coherences
from energy transfers in to orthogonal dimensions, in an instantaneous
two-dimensional mapping. The power of the new method is demonstrated with
the light harvesting complex II (LH2) of purple bacteria. We reveal an
evolving quantum coherence with a time-ordered matter-selection of
transition energies at ambient temperature. We also reveal a coherent
component to the energy transfer between macromolecular rings and a
correlation between excitation and emission energies within a ring at
ambient temperature.
bio
Ian Mercer is currently lecturing in Physics at University College Dublin
in Ireland. He has previous experience as a laser company CTO (UK), a
lecturer in Chemistry at Imperial College (UK) and a PI and Team Leader at
LLNL (US). His has interests in combining new laser methods, laser
technology and molecular-optical simulation for revealing biomolecular and
electronic device function.
energies within a ring at ambient temperature.
Center for Excitonics
Seminar Series Announcement
The Center for Excitonics (http://www.rle.mit.edu/excitonics) invites you
to join us at the
first seminar of the Fall 2009 series. Please forward this information on
to others who might be interested
in attending this seminar.
Title: Quantum Dimension of Photosynthesis
Revealed by Angular Resolved Coherent Imaging
Presenter: Professor Ian Mercer
Organization: Department of Physics, University College
Dublin
Date: September 29, 2009
Time: 3:00 - 4:00pm
Place: 36-428
Refreshments: Yes
URL:
http://www.rle.mit.edu/excitonics/mercer-092909.html
abstract
Understanding the role of coherent electronic motion is expected to
resolve general questions of importance in macromolecular energy transfer,
in nature and in devices. Significant progress has been made using
coherent optical four wave-mixing, however the interpretation of
measurements is difficult in particular where multiple quantum transitions
are strongly coupled, and new methods are required for an improved
feedback to molecular simulation. We will look at a novel laser method,
Angle-Resolved Coherent (ARC) imaging, that separates quantum coherences
from energy transfers in to orthogonal dimensions, in an instantaneous
two-dimensional mapping. The power of the new method is demonstrated with
the light harvesting complex II (LH2) of purple bacteria. We reveal an
evolving quantum coherence with a time-ordered matter-selection of
transition energies at ambient temperature. We also reveal a coherent
component to the energy transfer between macromolecular rings and a
correlation between excitation and emission energies within a ring at
ambient temperature.
bio
Ian Mercer is currently lecturing in Physics at University College Dublin
in Ireland. He has previous experience as a laser company CTO (UK), a
lecturer in Chemistry at Imperial College (UK) and a PI and Team Leader at
LLNL (US). His has interests in combining new laser methods, laser
technology and molecular-optical simulation for revealing biomolecular and
electronic device function.
energies within a ring at ambient temperature.
Any volunteers? If more than one, I will pick one at random from the
list of volunteers. It is a 10 minute talk before Ian Mercer's talk.
Alan Aspuru-Guzik
(Sent from my mobile phone and might contain typos. Thanks for
understanding.)
Begin forwarded message:
> From: "Marc Baldo" <baldo(a)MIT.EDU>
> Date: September 28, 2009 12:17:27 EDT
> To: "'Alan Aspuru-Guzik'" <aspuru(a)chemistry.harvard.edu>
> Subject: thursday
>
> Hello Alan,
>
>
>
> Hope all is well.
>
>
>
> Would one of your guys like to present at the big EFRC meeting this
> Thursday? I’m looking for ~10min presentations on what we are doing
> and why. If you have someone then please let me know.
>
> Thanks,
>
> marc
>
>
>
>
Alan Aspuru-Guzik
(Sent from my mobile phone and might contain typos. Thanks for
understanding.)
Begin forwarded message:
> From: NJP <njp(a)iop.org>
> Date: September 28, 2009 9:57:19 EDT
> To: aspuru(a)chemistry.harvard.edu
> Subject: Focus on Quantum Effects and Noise in Biomolecules -- New
> journal of Physics
>
>
>
> Dear Professor Aspuru-Guzik
>
> The Editorial Board for New Journal of Physics ( http://
> www.njp.org ) has
> identified the topic of "Quantum Effects and Noise in Biomolecules"
> as a
> subject for a forthcoming focus issue aimed at collecting a broad
> selection
> of original research articles from the leading experimental and
> theoretical
> groups in the field. As a member of an active group working in this
> area,
> we would like to invite you to contribute a paper.
>
> This issue will form an extensive, open-access resource spanning the
> areas
> that today make up research in this exciting field. In a single
> collection,
> readers across the world will therefore be able to see the "state of
> the
> science" in these areas. For your further information we append
> below a full list
> of target authors for this exclusive initiative.
>
> As editors, we are taking editorial responsibility for this
> collection and
> are asking for contributions to be submitted by 1st February 2010
> (subject to some flexibility). All contributions should report new,
> original results. In particular, we are not seeking review material
> and in
> the case that you do include some, it should be kept at a minimal
> level. As
> a guide, contributions should be of the order of 15 pages in length
> (although there is some flexibility).
>
> New Journal of Physics (NJP) is a free-to-read journal publishing
> research
> articles of outstanding quality across all fields of physics. The
> journal
> adopts a strict peer-review procedure to ensure high editorial
> standards.
> Publication is fully electronic and as such you are encouraged to
> submit
> any supplementary features (animations, tables of data, movie clips,
> colour
> etc) relevant to your results.
>
> Because of its open access, NJP articles have outstandingly high
> visibility
> - every paper is downloaded hundreds of times within weeks of
> publication
> and the latest Impact Factor is 3.44. The cost of peer-review and the
> publication process is financed solely by an article publication
> charge.
> Should your work be accepted for publication you will therefore be
> asked
> for this fee. Further details about NJP may be found at the journal
> website
> http://www.njp.org .
>
> We are convinced that this issue will well represent the exciting work
> conducted in this field and would like to thank you in advance for
> considering this invitation. We look forward to your reply.
>
> With best regards,
>
> Professor Graham Fleming, Guest Editor
> Professor Susana Huelga, Guest Editor
> Professor Martin Plenio, Editorial Board
>
>
> The list of target authors is as follows:
>
> D. Abbott (Adelaide, Australia)
> A. Aspuru-Guzik (Harvard, USA)
> T. Brixner (Wuerzburg, Germany)
> H. Briegel (Innsbruck, Austria)
> J. Cina (U Oregon, USA)
> Jianshu Cao (MIT, USA)
> M. Cho (Korean University, Korea)
> R. Cogdell (Glasgow, UK)
> J. Davies (Swinburne, Australia)
> P. Davies (Arizona, USA)
> G. Engel (Chicago, USA)
> A. Ekert (Singapore, Singapore)
> G.R. Fleming (Berkeley, USA)
> H. Frauenfelder (LosAlamos, USA)
> T. Goodson III (Michigan, USA)
> J. Herek (Twente, Netherlands)
> P. Hore (Oxford, UK)
> S.F. Huelga (Ulm, Germany)
> N. Johnson (Miami, USA)
> J. Klinman (UC Berkley, USA)
> A. Kominis (Crete, Greece)
> S. Lloyd (MIT, USA)
> T. Mancal (Prague, Czech)
> A. Marcus (U Oregon, USA)
> R.A. Marcus (Caltech, USA)
> R. McKenzie (Queensland, Australia)
> G.J. Milburn (Queensland, Australia)
> Ian Mercer (Dublin, Ireland)
> M. Mohseni (Harvard, USA)
> M. Motzkus (Marburg, Germany)
>
> S. Mukamel (UCDavies, USA)
> A. Olaya-Castro (UCL, UK)
> Y. Omar (Lisbon, Portugal)
> J. Onuchic (San Diego, USA)
> M. Plenio (Imperial/Ulm, UK/Germany)
> S. Popescu (Bristol, UK)
> T. Pullerits (Lund, Sweden)
> T. Renger (Berlin, Germany)
> T. Ritz (UC Irvine, USA)
> G. Scholes (Toronto, Canada)
> F. Semiao (Parana, Brazil)
> K. Schulten (Illinois, USA)
> N. Scrutton (Manchester, UK)
> R. Silbey (MIT, USA)
> M. Thorwart (Freiburg, Germany)
> L. Valkunas (Vilnus, Lituania)
> R. VanGrondelle (Amsterdam, Netherlands)
> A.Vaziri (Washington, USA)
> V. Vedral (Oxford, UK)
> B. Whaley (Berkley, USA)
> W. Wiltschko (Frankfurt, Germany)
> P.G. Wolynes (San Diego, USA)
>
>
> This email (and attachments) are confidential and intended for the
> addressee(s) only. If you are not the intended recipient please
> notify the sender, delete any copies and do not take action in
> reliance on it. Any views expressed are the author's and do not
> represent those of IOP, except where specifically stated. IOP takes
> reasonable precautions to protect against viruses but accepts no
> responsibility for loss or damage arising from virus infection. For
> the protection of IOP's systems and staff emails are scanned
> automatically.
>
> IOP Publishing Limited Registered in England under Registration No
> 467514. Registered Office: Dirac House, Temple Back, Bristol BS1 6BE
> England Vat No GB 461 6000 84.
> Please consider the environment before printing this e-mail
Hi Everyone,
I am going to the exciton all hands meeting but I can't stay the whole
time. If anyone else in the same predicament, please let me know.
Otherwise I will rent a zipcar and drive.
JDW
J. D. Whitfield
Aspuru-Guzik Group
Department of Chemistry and Chemical Biology
Harvard University
tel: 301-520-7847
web: aspuru.chem.harvard.edu/people/James_Whitfield
Dear group,
Fred Manby will be visiting the lab tomorrow. I will be talking to him at 10
AM, and then subsequently have him talk to anybody interested (maybe in the
area outside my office) from 11-12. The official hosts will be Dmitrij and
Mark.
If a subset of you is interested in having lunch with him, there will be
some sort of lunch at MIT for him and you guys, leaving immediately after
the meeting with you, which should end sometime 11.45 to give time to subway
to MIT.
A.
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
Dear group members,
If you are going to use dropbox to share files with me or others, and you
have not signed up, use the link below, and you get an extra 250 MB and so
do I for each one of you that ends up signing up. FYI, I am using it to sync
documents amongst 3 computers and share some files with MIT and the CDI
people. It seems to be working well.
https://www.getdropbox.com/referrals/NTE4NTQ4OTA5
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
Dear group,If you have any serious confict for group meetings being held
every Wednesday at 10am, please e-mail me before Monday. If I don't hear
from you, I will go ahead and try to book the Division Room for the rest of
the semester.
Cheers,
-A
--
Alejandro Perdomo
Ph.D. Candidate in Chemical Physics.
Harvard University
12 Oxford St #482, Cambridge, MA, 02138.
perdomo(a)fas.harvard.edu