Computational Chemistry and The Study Of Molecular Solids By Terahertz Spectroscopy

Computational chemistry, the branch of chemistry that employs computers and algorithms both for the prediction of molecular properties and the simulation of molecular behavior, has a long history of utilizing all of the power made available from state-of-the-art computing.

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Public Policy, Governance, and Data-Driven Research

Discover how Maxwell faculty and students are engaged in empirical research on issues affecting us as global citizens every day.
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Meet SUrge :-)

SUrge is SU’s new Graphic Processing Unit (GPU) computing cluster. It was developed to assist researchers with computational tasks that can take substantive advantage of the speed-up GPU-based processing can provide.

Research Computing News

Syracuse Savors Role in 2017 Nobel Prize in Physics

Members of the Department of Physics in the College of Arts and Sciences are celebrating their role in the Nobel Prize-winning discovery of gravitational waves. A team of Syracuse researchers—co-led by Peter Saulson, the Martin Pomeranz ’37 Professor of Physics;...

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What Are People Saying?

From our researchers

We used OrangeGrid to conduct many simulations of biological tissues. This simulation data helped us to make an exciting prediction about cells in the lungs of asthma patients.

M. Lisa Manning

Associate Professor, Physics, Syracuse University

OrangeGrid is a phenomenal resource and opens up a whole new range of computational problems that we can address… The more computational resources we have the more science we can do, that’s the bottom line.

Duncan Brown

Associate Professor of Physics, Syracuse University

With the help of the ITS staff who manage the Campus Grid, we have been able to accomplish some things that I was not anticipating when I started my position here.

Melissa A. Green

Assistant Professor, Mechanical and Aerospace Engineering, Syracuse University