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Department: Department of Astronomy and Steward Observatory | ||
Description: Scalable astronomical data analytics for the Department of Astronomy | ||
and Steward Observatory at the University of Arizona | ||
FieldOfScience: Physics | ||
Organization: University of Arizona | ||
PIName: Chi-kwan Chan |
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Description: > | ||
The NANOGrav collaboration is a cross-university, cross-discipline collection of astrophysicists, | ||
data analysts, and engineers who are currently working to detect a gravitational wave background | ||
via Pulsar Timing Arrays (PTAs). Our group's current projects are related to cross-validation and | ||
posterior predictive checking methods for parameter estimation and detection analyses for Bayesian | ||
PTA studies. Another project is related to increasing computational efficiency of PTA analyses by | ||
developing likelihood reweighting methods for PTAs. More information on NANOGrav can be | ||
found here: http://nanograv.org/ | ||
Department: California Institute of Technology | ||
FieldOfScience: Astronomy and Astrophysics | ||
Organization: California Institute of Technology | ||
PIName: Michele Vallisneri |
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Description: We study bacterial survival. Particularly, we are interested in cell wall modifications in response to changing environments. https://www.ksandozlab.com/new-page-2 | ||
Department: Population Medicine and Diagnostic Sciences | ||
FieldOfScience: Biological and Biomedical Sciences | ||
Organization: Cornell University | ||
PIName: Kelsi Sandoz |
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Description: > | ||
Computational stellar models are widely used in astrophysics and are often consulted to interpret observations of starlight. | ||
My research group aims to improve stellar models by incorporating updated physics into the models, creating a database of | ||
stellar models for use by other researchers, and to use these improved stellar models to study a variety of issues related | ||
to galactic archelogy and the formation of galaxies. https://stellar.host.dartmouth.edu | ||
Department: Physics and Astronomy | ||
FieldOfScience: Astronomy and Astrophysics | ||
Organization: Dartmouth College | ||
PIName: Brian Chaboyer |
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Description: > | ||
Periodic microphases universally emerge in systems for which short-range inter-particle attraction is frustrated by long-range repulsion. | ||
The morphological richness of these phases makes them desirable material targets, but our relatively coarse understanding of even simple models limits our grasp of their assembly. | ||
The OSG computing resources will enable us to explore more solutions of the equilibrium phase behavior of a family of similar microscopic microphase formers through specialized Monte Carlo simulations. | ||
Department: Chemistry | ||
FieldOfScience: Computational Condensed Matter Physics | ||
Organization: Duke University | ||
PIName: Patrick Charbonneau |
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Description: https://fphlm.cs.fiu.edu/ | ||
Department: IHRC | ||
FieldOfScience: Ocean Sciences and Marine Sciences | ||
Organization: Florida International University | ||
PIName: Shahid Hamid | ||
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Sponsor: | ||
CampusGrid: | ||
Name: OSG Connect |
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Description: We are attempting to run a simulation for Georgia Tech's | ||
Robotarium on our website when users upload run files. Our simulator is | ||
based on https://github.com/robotarium/robotarium_python_simulator , | ||
with edits to certain functions. | ||
Department: Electrical and Computer Engineering | ||
FieldOfScience: Electrical, Electronic, and Communications | ||
Organization: Georgia Institute of Technology | ||
PIName: Samuel Coogan | ||
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Sponsor: | ||
CampusGrid: | ||
Name: OSG Connect |
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Department: Advanced Research Computing Technology and Innovation Core | ||
Description: https://arctic.gsu.edu/ | ||
FieldOfScience: Research Computing | ||
Organization: Georgia State University | ||
PIName: Suranga Edirisinghe |
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Description: Cyberinfrastructure Research | ||
Department: Holland Computing Center | ||
FieldOfScience: Computer Science | ||
Organization: University of Nebraska-Lincoln | ||
PIName: Adam Caprez |
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Description: > | ||
Develop Lagrangian particle methods for moving interface problems in fluid mechanics and materials science; | ||
Develop Physical Informed Neural network (PINN) for Green function-based methods. | ||
Department: Applied Mathematics | ||
FieldOfScience: Materials Science | ||
Organization: Illinois Institute of Technology | ||
PIName: Shuwang Li |
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Description: The Minority Serving - Cyberinfrastructure Consortium envisions a transformational partnership to promote advanced cyberinfrastructure capabilities on HBCU, HSI, TCU, and MSI campuses, with data; research computing; teaching; curriculum development and implementation; collaboration; and capacity-building connections among institutions. | ||
Department: MS-CC | ||
FieldOfScience: Computer and Information Sciences | ||
Organization: Internet2 | ||
PIName: Ana Hunsinger | ||
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Sponsor: | ||
CampusGrid: | ||
Name: OSG Connect |
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Description: > | ||
Using machine learning techniques that discover solutions with anatomically and temporally structured sparsity, | ||
we aim to test representational predictions from cognitive psychology using whole-brain neuroimaging datasets. | ||
Department: Department of Psychology | ||
FieldOfScience: Behavioral Science | ||
Organization: Louisiana State University | ||
PIName: Christopher Cox |
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Description: Studies of square shaped colloidal particles with internal magnetic dipoles. Objective is to discover the phase behavior of colloids under the presence and absence of a magnetic field. Other research on colloids and soft materials under direction of PI can be found at: https://carolkhall.wordpress.ncsu.edu/research/selected-projects/ | ||
Department: Chemical and Biomolecular Engineering | ||
FieldOfScience: Chemical Engineering | ||
Organization: North Carolina State University | ||
PIName: Carol Hall | ||
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Sponsor: | ||
CampusGrid: | ||
Name: OSG Connect |
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Department: Office of Cyber Infrastructure and Computational Biology | ||
Description: Training AI models and CT image processing and analysis using these AI | ||
models. The collaboration is part of our TB Portals program https://tbportals.niaid.nih.gov/ | ||
FieldOfScience: Biological and Biomedical Sciences | ||
Organization: National Institute of Allergy and Infectious Diseases | ||
PIName: Darrell Hurt | ||
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Sponsor: | ||
CampusGrid: | ||
Name: OSG Connect |
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Description: > | ||
My research aims to improve population models of fisheries resources so as to better facilitate seafood sustainability | ||
and our understanding of marine and freshwater populations. This involves the development of highly-parameterized | ||
non linear models requiring numerical solutions and numerical integration. | ||
Department: National Marine Fisheries Service | ||
FieldOfScience: Natural Resources and Conservation | ||
Organization: National Oceanic and Atmospheric Administration | ||
PIName: Nicholas Fisch |
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Description: > | ||
The primary objective of this research project is to evaluate the efficacy and feasibility of an AI-powered | ||
pre-diagnostic tool for gastrointestinal diseases. Specifically, the project aims to assess the accuracy of | ||
the AI-powered technology in analyzing abdominal sounds and visual data recorded by the user's mobile phone. | ||
Department: University of Rochester Medical Centre | ||
FieldOfScience: Biological and Biomedical Sciences | ||
Organization: University of Rochester | ||
PIName: Anthony Franchini |
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Description: https://www.stonybrook.edu/commcms/chemistry/faculty/_faculty-profiles/jia-jiangyong | ||
Simulation of relativistic heavy ion collisions of atomic nuclei, such | ||
as Gold, Lead, Xeon, Oxygen, proton etc using relativistic hydrodynamic | ||
code and transport simulation codes. | ||
Department: Physics | ||
FieldOfScience: Physics | ||
Organization: State University of New York at Stony Brook | ||
PIName: Jiangyong Jia |
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Department: Physics | ||
Description: Our research group focuses on developing quantum sensing and imaging | ||
techniques to study various properties (spin, charge, and heat, etc) of quantum | ||
materials in the nanometer scale. In addition, we design and engineer hybrid quantum | ||
devices to achieve efficient qubit control for quantum information applications. | ||
Our research tools are versatile, including optical measurement based on nitrogen | ||
vacancy center in diamond, transport and microwave spectroscopy as well as scanning | ||
probe magnetometry. | ||
FieldOfScience: Physics | ||
Organization: University of California, San Diego | ||
PIName: Chunhui Du |
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Description: Improve performance of data downsampling tools for future LHC runs | ||
Department: Physics | ||
FieldOfScience: Physics | ||
Organization: University of California, San Diego | ||
PIName: Jonathan Guiang | ||
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Sponsor: | ||
CampusGrid: | ||
Name: OSG Connect |
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Description: > | ||
Our team of scientists uses computational and theoretical methodologies to understand and address | ||
fundamental problems in materials science and engineering. Collectively, we have a broad spectrum of research interests | ||
with myriad applications. We use our understanding to design advanced materials that impact the way we live, | ||
including functional materials, smart materials, aerospace, nanostructured materials and materials for energy efficiency. https://alpay.ims.uconn.edu/ | ||
Department: Materials Science and Engineering | ||
FieldOfScience: Materials Science | ||
Organization: University of Connecticut | ||
PIName: Pamir Alpay |
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Description: > | ||
The Strother Lab focuses on questions at the interface between physiology and physics. | ||
Our lab is especially interested in understanding processes at multiple levels of organization, | ||
from the properties of individual cells up to the responses of the whole animal. | ||
Current projects in the lab examine a range of topics, including the effects of stress on animal behavior, | ||
nervous control of the cardiovascular system, and sensory physiology. See also www.strotherlab.org. | ||
Department: Whitney Laboratory for Marine Bioscience | ||
FieldOfScience: Neuroscience, biomechanics, microscopy | ||
Organization: University of Florida | ||
PIName: James Strother |
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Description: Unraveling Crystallization and Phase Transition Processes | ||
through Topology, Rare-Event Simulations, and Machine Learning | ||
Department: Chemistry | ||
FieldOfScience: Physical Chemistry | ||
Organization: University of Massachusetts Lowell | ||
PIName: Jerome Delhommelle | ||
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Sponsor: | ||
CampusGrid: | ||
Name: OSG Connect |
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Description: > | ||
1) Virtual screening - Computational or virtual screening of molecules can accelerate drug development programs. | ||
We have developed a virtual screening method to screen billions of molecules for hit generation against specific protein targets. | ||
We want to develop the method further and also want to use the method to develop hits against specific proteins, | ||
such as the one announced in this competition. https://cache-challenge.org/ 2) Entropy from surface properties - | ||
Calculating entropy is tricky, as, in principle, it requires sampling vast phase space to count all available microstates. | ||
We are developing a method for calculating the entropy of small molecules from their surface properties. | ||
Such a method will benefit computational chemistry, especially the virtual screening community. https://www.biorxiv.org/content/10.1101/2021.05.26.445640v1.abstract | ||
3) Transferability of polygenic risk scores (PRS) - PRS is a useful tool to estimate one's health condition propensity from their genetic makeup. | ||
Historically, most of the PRS models were built from European ancestry samples. We are working on a network model to identify the best way | ||
to transfer a PRS model from the population it was developed for to another population not included in the study. | ||
Department: Department of Biomedical and Pharmaceutical Sciences | ||
FieldOfScience: Biological and Biomedical Sciences | ||
Organization: University of Montana | ||
PIName: Amitava Roy |
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Department: Psychology | ||
Description: 'https://arc.psych.wisc.edu/' | ||
FieldOfScience: Social, Behavioral & Economic Sciences | ||
Organization: University of Wisconsin-Madison | ||
PIName: John Curtin |
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Department: Biostatistics and Medical Informatics | ||
Description: 'https://www.biostat.wisc.edu/~gitter/' | ||
FieldOfScience: Medical (NIH) | ||
Organization: University of Wisconsin-Madison | ||
PIName: Anthony Gitter |
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Department: Computer Sciences | ||
Description: http://chtc.cs.wisc.edu/ | ||
FieldOfScience: Computer & Information Science & Engineering | ||
Organization: University of Wisconsin-Madison | ||
PIName: Miron Livny |
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Department: Genetics | ||
Description: http://www.genetics.wisc.edu/user/338 | ||
FieldOfScience: Biological Sciences | ||
Organization: University of Wisconsin-Madison | ||
PIName: John Pool |
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Description: Analysis of porous media using pore-scale simulations of additively manufactured wicks with X-ray computed tomography. | ||
Department: Department of Mechanical Engineering | ||
FieldOfScience: Mechanical Engineering | ||
Organization: Wichita State University | ||
PIName: Gisuk Hwang | ||
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Sponsor: | ||
CampusGrid: | ||
Name: OSG Connect |
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Department: Physics | ||
Description: the ePIC collaboration based out of the EIC | ||
FieldOfScience: Nuclear Physics | ||
Organization: Brookhaven National Laboratory | ||
PIName: John Lajoie | ||
Sponsor: | ||
VirtualOrganization: | ||
Name: EIC |
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