Hi all,
The lunches are full, but if you are still interested in meeting with Ed, there is still
availability as follows:
Monday (tomorrow)
10:30am-11:00am
11:00-11:30am
11:30am -12:00pm
2:00-3:30pm
and
Tuesday
11:30am-12:00pm
and after group meeting (~ 3:15pm)
Best wishes,
-Martin
On Apr 28, 2013, at 9:13 PM, Alan Aspuru-Guzik <alan(a)aspuru.com> wrote:
Dear group members,
It is very important to meet with postdoctoral candidates and visitors. I have noticed a
recent reticence to do so in comparison to previous times in the group. Given the fact
that we are larger(!!) there should not be any problem filling these schedules. Please
contact Martin ASAP and sign up for meetings, especially if you have overlap with CEP or
CDI2, Excitonics, etc.
Best,
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
On Sun, Apr 28, 2013 at 8:17 AM, Martin Ashby Blood-Forsythe
<mbloodforsythe(a)physics.harvard.edu> wrote:
Dear colleagues,
I still have many available slots for meetings with Ed: Tuesday 9-12:30, and much of
Monday. It would be great if more people could meet with him since he's come all the
way from England to speak with us.
Please let me know if you are interested.
Best wishes,
Martin
On Apr 23, 2013, at 1:54 PM, Martin Blood-Forsythe
<mbloodforsythe(a)physics.harvard.edu> wrote:
Dear colleagues,
Bellow is Dr. Ed Pyzer-Knapp's abstract for his talk next Tuesday 2-3pm in the
Division room. Please be in touch with me if you would like to set up a meeting with Ed
or join us for lunch. So far Joey is the only person signed up for lunch.
Best wishes,
-Martin
Dr. Ed Pyzer-Knapp's Abstract:
"Most molecules crystallise in a way that most efficiently fills space, minimising
the empty ('void') space into which guests can be adsorbed. There has been,
however, significant recent interest in the synthesis of cage and macrocyclic organic
molecules that enclose free space. Whilst these are usually found with molecules of the
solvent of crystallisation included in their structure, it is often possible to remove the
solvent molecules, yielding microporous materials with potential applications in gas
storage or separation, as well as catalysis. At the current time, it is more frequent for
compounds such as these to be discovered by serendipity than to be purposefully
engineered, and so the use of computational input to guide and streamline the design
process is very desirable.
I have applied methods for the prediction of organic crystal structures, developed within
the group, to this problem. I will discuss the theory behind each stage of the prediction
process, before presenting the results of a prediction on a family of tetrahedral imine
cages which show promise as porous molecular crystals. I will then discuss challenges
that must be addressed in developing computational methods that will guide future
development of nanoporous materials, and how we are currently trying to overcome
them."
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