Please join us for the first lecture in a new series on:
*Science and Democracy *
A new lecture series aimed at exploring both the promised benefits of
our era's most salient scientific and technological breakthroughs and
the potentially harmful consequences of developments that are
inadequately understood, debated, or managed by politicians, lay
publics, and policy institutions.
*Inaugural lecture and panel discussion *
*Yaron Ezrahi, Professor of Political Science, Hebrew University of
Jerusalem
"Necessary Fictions: The Decline of Science in the Democratic Imagination"/
/*
*Panelists*
*Ellen Goodman*, Boston Globe; and Fellow, Shorenstein Center, John F.
Kennedy School of Government, Harvard
*James McCarthy*, Alexander Agassiz Professor of Biological
Oceanography, Departments of Organismic and Evolutionary Biology and
Earth and Planetary Sciences, Harvard
*Steven Shapin*, Franklin L. Ford Professor of the History of Science,*
*History of Science Department, Harvard
*Cass Sunstein*, Karl N. Llewellyn Dist. Service Professor of
Jurisprudence, Chicago Law School
*April 9, 2007, 5:00-7:00 pm
Starr Auditorium, Kennedy School of Government, 79 JFK Street, Harvard
University*
This event is free and open to the public and is co-sponsored by the
School of Engineering and Applied Sciences and the Harvard University
Center for the Environment.
/Contact - Jenny MacGregor, jenny_macgregor(a)harvard.edu, 617-495-8883/
--
Jenny MacGregor
Events and Publications Coordinator
Harvard University Center for the Environment
ph: 617-495-8883
Initiative in Innovative Computing @ Harvard
Seminar Series
Wednesday, April 4, 2007; 4:00pm
60 Oxford Street, Room 330
Kai Li, Department of Computer Science, Princeton University
Seminar Title: Princeton Scalable Display Wall Project
Abstract
In the last two decades, compute power, storage density, and network
bandwidth have improved by more than three orders of magnitude. In
the same time period, however, display resolution has merely doubled.
The increased processor and storage capacities have enabled the
computational sciences, but have simultaneously unleashed a data
avalanche on the scientific community. As a result, scientific
research is limited by data analysis and visualization capabilities.
In order to improve visualization capabilities, we started Princeton
Scalable Display Wall project in 1998 to investigate issues in
building and using a large-format, scalable display system. Since
then, we have built several display walls and software systems. Our
latest display wall built in our lab uses 24 projectors to drive
about 20 million pixels onto an 18’ by 8’ screen. The system uses an
automatic alignment mechanism to achieve sub-pixel geometric
alignment accuracy and is capable of running various 2D and 3D
visualization applications. Our recent focus is to work with
computational science researchers closely and help them use display
walls in their data explorations. This talk gives an overview of the
project, presents our current visualization activities, reports our
lessons and experiences in building and using scalable display wall
systems.
***Parking is available in the 52 Oxford Street Garage. Please tell
the attendant that you are attending the IIC Seminar.
Upcoming IIC seminars
Continue to stay up to date with our IIC Seminar Schedule.
_______________________________________________
iic-seminars mailing list
iic-seminars(a)calists.harvard.edu
http://calists.harvard.edu/mailman/listinfo/iic-seminars
To all quantum-simulation/QC etc. people :)
Professor Franco Nori, of Michigan is coming to talk about how he thinks of
simulating ATOMS with quantum bits. Something relevant to what we are doing:
Thursday at 12.00 in Lyman 425.
Alan
--
Alan Aspuru-Guzik
Assistant Professor
Department of Chemistry and Chemical Biology
12 Oxford Street
Harvard University
Cambridge, MA 02138
Tel: (617)384-8188
Group URL: http://aspuru.chem.harvard.edu
Harvard University
Computer Science Colloquium Series
33 Oxford St., Cambridge, MA 02138
Colloquium
BlueGene/L: Recipe for a Successful Supercomputer
Bronis R. de Supinski
Data Analysis Group Leader
Center for Applied Scientific Computing
Lawrence Livermore National Laboratory
http://www.llnl.gov/comp/bio.php/desupinski1
Thursday, April 26, 2007
4:00PM
Maxwell Dworkin G125
(Ice Cream at 3:30PM - Maxwell Dworkin 2nd Floor Lounge Area)
Abstract
BlueGene/L (BG/L), developed through a partnership between IBM and
Lawrence Livermore National Laboratory (LLNL), is currently the world's
largest system both in terms of scale with 131,072 processors and
absolute performance with a peak rate of 367 TFlop/s. BG/L has led the
Top500 list the last four times with a Linpack rate of 280.6 TFlop/s for
the full machine installed at LLNL and is expected to remain the fastest
computer in the next few editions. This talk will detail how we overcame
the challenges of scaling the system architecture and software, as well
as novel innovations for supporting tools at this scale. More
importantly, it will present performance and scientific results from
real applications that demonstrate the real value of a machine like BG/L.
Host: Professor David Brooks
_______________________________________________
Colloquium mailing list
Colloquium(a)deas.harvard.edu
https://lists.deas.harvard.edu/mailman/listinfo/colloquium
_______________________________________________
iic-seminars mailing list
iic-seminars(a)calists.harvard.edu
http://calists.harvard.edu/mailman/listinfo/iic-seminars
Hello all,
The GEOS-Chem global atmospheric chemistry model users' meeting will
take place on April 11-13 in Maxwell-Dworkin Lab, room G115. The meeting
is open to the Harvard community. Agenda and other information are
posted at
http://www.as.harvard.edu/chemistry/trop/geos/geos_meeting_2007.html.
Contact Prof. Daniel J. Jacob (djj(a)io.harvard.edu) for additional
information.
Best,
--
Jenny MacGregor
Events and Publications Coordinator
Harvard University Center for the Environment
ph: 617-495-8883
Initiative in Innovative Computing @ Harvard
Seminar Series
Wednesday, April 4, 2007; 4:00pm
60 Oxford Street, Room 330
Kai Li, Department of Computer Science, Princeton University
Seminar Title: Princeton Scalable Display Wall Project
Abstract
In the last two decades, compute power, storage density, and network
bandwidth have improved by more than three orders of magnitude. In
the same time period, however, display resolution has merely doubled.
The increased processor and storage capacities have enabled the
computational sciences, but have simultaneously unleashed a data
avalanche on the scientific community. As a result, scientific
research is limited by data analysis and visualization capabilities.
In order to improve visualization capabilities, we started Princeton
Scalable Display Wall project in 1998 to investigate issues in
building and using a large-format, scalable display system. Since
then, we have built several display walls and software systems. Our
latest display wall built in our lab uses 24 projectors to drive
about 20 million pixels onto an 18’ by 8’ screen. The system uses an
automatic alignment mechanism to achieve sub-pixel geometric
alignment accuracy and is capable of running various 2D and 3D
visualization applications. Our recent focus is to work with
computational science researchers closely and help them use display
walls in their data explorations. This talk gives an overview of the
project, presents our current visualization activities, reports our
lessons and experiences in building and using scalable display wall
systems.
***Parking is available in the 52 Oxford Street Garage. Please tell
the attendant that you are attending the IIC Seminar.
Upcoming IIC seminars
Continue to stay up to date with our IIC Seminar Schedule.
_______________________________________________
iic-seminars mailing list
iic-seminars(a)calists.harvard.edu
http://calists.harvard.edu/mailman/listinfo/iic-seminars