[Aspuru-Guzik group list] Special group meeting 2-3pm November 5, 2013 with a postdoctoral candidate
29 Oct
2013
29 Oct
'13
9:59 a.m.
Dear Colleagues,
Dr. Brett Savoie (Northwestern U, Ratner Group) will be visiting our group
on November 5, 2013. His research interests include organic photovoltaics,
amorphous materials, and charge/energy transport in molecular networks.
There are five time-slots for personal meetings with Brett in the morning:
9:30 - 10:00am, 10:00 - 10:30am, 10:30-11:00am, 11:00 - 11:30am, and 11:30
- 12:00pm. Please make sure to pick one of these times, let me know, and
have your name in the schedule. We also need two (2) volunteers to join our
guest for lunch from 12:00pm till 1:30pm.
Everyone is strongly encouraged to attend Brett's talk at 2:00pm in the
Division Room. The title and abstract follow.
*Title:* "Electrons Climbing Trees: The Molecular Networks Responsible for
Charge Transport and Generation in Amorphous Organic Materials"
*Abstract:* In this talk, I'll walk through the principle challenges to
predictively designing amorphous organic materials, using organic
photovoltaic materials as an example. A springboard for this discussion is
the empirical observation that some structurally disordered organic films
manage to macroscopically transport energy and charge, even in the absence
of periodic order. I'll show how network theory is the natural language for
describing the inherent complexity and richness of these systems, and
discuss some recent results. Namely, a new methodology is developed that
utilizes network analysis to identify the hierarchical importance of the
many possible intermolecular interactions in the amorphous phase. On the
basis of results obtained from this methodology, it will be argued that the
functional robustness of certain families of organic materials to
structural disorder arises from their ability to create spatially extended
electrical networks.
Best,
Dmitry
29 Oct
29 Oct
10:26 a.m.
New subject: [Aspuru-Guzik group list] Special group meeting 2-3pm November 5, 2013 with a postdoctoral candidate
Dear Group,
We need to set up 3 personal meetings and find 1 more person for lunch.
Available times: 10:00–10:30am, 10:30–11:00am, 11:00–11:30am.
Best,
Dmitry
On Tue, Oct 29, 2013 at 9:59 AM, Dmitry Zubarev <zubarev.dy(a)gmail.com>wrote;wrote:
Dear Colleagues,
Dr. Brett Savoie (Northwestern U, Ratner Group) will be visiting our group
on November 5, 2013. His research interests include organic photovoltaics,
amorphous materials, and charge/energy transport in molecular networks.
There are five time-slots for personal meetings with Brett in the morning:
9:30 - 10:00am, 10:00 - 10:30am, 10:30-11:00am, 11:00 - 11:30am, and 11:30
- 12:00pm. Please make sure to pick one of these times, let me know, and
have your name in the schedule. We also need two (2) volunteers to join our
guest for lunch from 12:00pm till 1:30pm.
Everyone is strongly encouraged to attend Brett's talk at 2:00pm in the
Division Room. The title and abstract follow.
*Title:* "Electrons Climbing Trees: The Molecular Networks Responsible
for Charge Transport and Generation in Amorphous Organic Materials"
*Abstract:* In this talk, I'll walk through the principle challenges to
predictively designing amorphous organic materials, using organic
photovoltaic materials as an example. A springboard for this discussion is
the empirical observation that some structurally disordered organic films
manage to macroscopically transport energy and charge, even in the absence
of periodic order. I'll show how network theory is the natural language for
describing the inherent complexity and richness of these systems, and
discuss some recent results. Namely, a new methodology is developed that
utilizes network analysis to identify the hierarchical importance of the
many possible intermolecular interactions in the amorphous phase. On the
basis of results obtained from this methodology, it will be argued that the
functional robustness of certain families of organic materials to
structural disorder arises from their ability to create spatially extended
electrical networks.
Best,
Dmitry
10:29 a.m.
New subject: [Aspuru-Guzik group list] Special group meeting 2-3pm November 5, 2013 with a postdoctoral candidate
Friends:
We need to finalize this schedule by the end of business today.
MC.
From: Dmitry Zubarev [mailto:zubarev.dy@gmail.com]
Sent: Tuesday, October 29, 2013 10:26 AM
To: A-G Group; Aspuru-Guzik, Alan; Cummings, Marlon
Subject: Re: Special group meeting 2-3pm November 5, 2013 with a postdoctoral candidate
Dear Group,
We need to set up 3 personal meetings and find 1 more person for lunch. Available times:
10:00-10:30am, 10:30-11:00am, 11:00-11:30am.
Best,
Dmitry
On Tue, Oct 29, 2013 at 9:59 AM, Dmitry Zubarev
<zubarev.dy@gmail.com<mailto:zubarev.dy@gmail.com>> wrote:
Dear Colleagues,
Dr. Brett Savoie (Northwestern U, Ratner Group) will be visiting our group on November 5,
2013. His research interests include organic photovoltaics, amorphous materials, and
charge/energy transport in molecular networks. There are five time-slots for personal
meetings with Brett in the morning:
9:30 - 10:00am, 10:00 - 10:30am, 10:30-11:00am, 11:00 - 11:30am, and 11:30 - 12:00pm.
Please make sure to pick one of these times, let me know, and have your name in the
schedule. We also need two (2) volunteers to join our guest for lunch from 12:00pm till
1:30pm.
Everyone is strongly encouraged to attend Brett's talk at 2:00pm in the Division
Room. The title and abstract follow.
Title: "Electrons Climbing Trees: The Molecular Networks Responsible for Charge
Transport and Generation in Amorphous Organic Materials"
Abstract: In this talk, I'll walk through the principle challenges to predictively
designing amorphous organic materials, using organic photovoltaic materials as an example.
A springboard for this discussion is the empirical observation that some structurally
disordered organic films manage to macroscopically transport energy and charge, even in
the absence of periodic order. I'll show how network theory is the natural language
for describing the inherent complexity and richness of these systems, and discuss some
recent results. Namely, a new methodology is developed that utilizes network analysis to
identify the hierarchical importance of the many possible intermolecular interactions in
the amorphous phase. On the basis of results obtained from this methodology, it will be
argued that the functional robustness of certain families of organic materials to
structural disorder arises from their ability to create spatially extended electrical
networks.
Best,
Dmitry
10:39 a.m.
New subject: [Aspuru-Guzik group list] Special group meeting 2-3pm November 5, 2013 with a postdoctoral candidate
Fast developments, great dynamics ) Only one meeting time at 10:00-10:30am
is left. Let's take it out of its misery, please.
Best,
Dmitry
On Tue, Oct 29, 2013 at 9:59 AM, Dmitry Zubarev <zubarev.dy(a)gmail.com>wrote;wrote:
Dear Colleagues,
Dr. Brett Savoie (Northwestern U, Ratner Group) will be visiting our group
on November 5, 2013. His research interests include organic photovoltaics,
amorphous materials, and charge/energy transport in molecular networks.
There are five time-slots for personal meetings with Brett in the morning:
9:30 - 10:00am, 10:00 - 10:30am, 10:30-11:00am, 11:00 - 11:30am, and 11:30
- 12:00pm. Please make sure to pick one of these times, let me know, and
have your name in the schedule. We also need two (2) volunteers to join our
guest for lunch from 12:00pm till 1:30pm.
Everyone is strongly encouraged to attend Brett's talk at 2:00pm in the
Division Room. The title and abstract follow.
*Title:* "Electrons Climbing Trees: The Molecular Networks Responsible
for Charge Transport and Generation in Amorphous Organic Materials"
*Abstract:* In this talk, I'll walk through the principle challenges to
predictively designing amorphous organic materials, using organic
photovoltaic materials as an example. A springboard for this discussion is
the empirical observation that some structurally disordered organic films
manage to macroscopically transport energy and charge, even in the absence
of periodic order. I'll show how network theory is the natural language for
describing the inherent complexity and richness of these systems, and
discuss some recent results. Namely, a new methodology is developed that
utilizes network analysis to identify the hierarchical importance of the
many possible intermolecular interactions in the amorphous phase. On the
basis of results obtained from this methodology, it will be argued that the
functional robustness of certain families of organic materials to
structural disorder arises from their ability to create spatially extended
electrical networks.
Best,
Dmitry
10:52 a.m.
New subject: [Aspuru-Guzik group list] Special group meeting 2-3pm November 5, 2013 with a postdoctoral candidate
Dear Group,
The schedules are finalized. I will keep you posted about any changes. Have
a productive day.
Best,
Dmitry
On Tue, Oct 29, 2013 at 9:59 AM, Dmitry Zubarev <zubarev.dy(a)gmail.com>wrote;wrote:
Dear Colleagues,
Dr. Brett Savoie (Northwestern U, Ratner Group) will be visiting our group
on November 5, 2013. His research interests include organic photovoltaics,
amorphous materials, and charge/energy transport in molecular networks.
There are five time-slots for personal meetings with Brett in the morning:
9:30 - 10:00am, 10:00 - 10:30am, 10:30-11:00am, 11:00 - 11:30am, and 11:30
- 12:00pm. Please make sure to pick one of these times, let me know, and
have your name in the schedule. We also need two (2) volunteers to join our
guest for lunch from 12:00pm till 1:30pm.
Everyone is strongly encouraged to attend Brett's talk at 2:00pm in the
Division Room. The title and abstract follow.
*Title:* "Electrons Climbing Trees: The Molecular Networks Responsible
for Charge Transport and Generation in Amorphous Organic Materials"
*Abstract:* In this talk, I'll walk through the principle challenges to
predictively designing amorphous organic materials, using organic
photovoltaic materials as an example. A springboard for this discussion is
the empirical observation that some structurally disordered organic films
manage to macroscopically transport energy and charge, even in the absence
of periodic order. I'll show how network theory is the natural language for
describing the inherent complexity and richness of these systems, and
discuss some recent results. Namely, a new methodology is developed that
utilizes network analysis to identify the hierarchical importance of the
many possible intermolecular interactions in the amorphous phase. On the
basis of results obtained from this methodology, it will be argued that the
functional robustness of certain families of organic materials to
structural disorder arises from their ability to create spatially extended
electrical networks.
Best,
Dmitry
4 Nov
4 Nov
1:22 p.m.
New subject: [Aspuru-Guzik group list] Special group meeting 2-3pm November 5, 2013 with a postdoctoral candidate
Dear All,
Attached please find a schedule of Brett Savoie's visit which happens
tomorrow, November 5, 2013 and includes a special seminar from 2pm till 3pm.
Best,
Dmitry
On Tue, Oct 29, 2013 at 10:52 AM, Dmitry Zubarev <zubarev.dy(a)gmail.com>wrote;wrote:
Dear Group,
The schedules are finalized. I will keep you posted about any changes.
Have a productive day.
Best,
Dmitry
On Tue, Oct 29, 2013 at 9:59 AM, Dmitry Zubarev <zubarev.dy(a)gmail.com>wrote;wrote:
Dear Colleagues,
Dr. Brett Savoie (Northwestern U, Ratner Group) will be visiting our
group on November 5, 2013. His research interests include organic
photovoltaics, amorphous materials, and charge/energy transport in
molecular networks. There are five time-slots for personal meetings with
Brett in the morning:
9:30 - 10:00am, 10:00 - 10:30am, 10:30-11:00am, 11:00 - 11:30am, and
11:30 - 12:00pm. Please make sure to pick one of these times, let me know,
and have your name in the schedule. We also need two (2) volunteers to join
our guest for lunch from 12:00pm till 1:30pm.
Everyone is strongly encouraged to attend Brett's talk at 2:00pm in the
Division Room. The title and abstract follow.
*Title:* "Electrons Climbing Trees: The Molecular Networks Responsible
for Charge Transport and Generation in Amorphous Organic Materials"
*Abstract:* In this talk, I'll walk through the principle challenges to
predictively designing amorphous organic materials, using organic
photovoltaic materials as an example. A springboard for this discussion is
the empirical observation that some structurally disordered organic films
manage to macroscopically transport energy and charge, even in the absence
of periodic order. I'll show how network theory is the natural language for
describing the inherent complexity and richness of these systems, and
discuss some recent results. Namely, a new methodology is developed that
utilizes network analysis to identify the hierarchical importance of the
many possible intermolecular interactions in the amorphous phase. On the
basis of results obtained from this methodology, it will be argued that the
functional robustness of certain families of organic materials to
structural disorder arises from their ability to create spatially extended
electrical networks.
Best,
Dmitry
3833
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5 comments
2 participants
participants (2)
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Cummings, Marlon -
Dmitry Zubarev