College of Liberal Arts and Sciences

Proyectos

Proyectos por año 1989 2000 2003 2007 2009 2010 2012 2013 2015 2017 2018 2020 2022 2024 2028

• 20 Activo
• 134 Terminado

Proyectos por año

Resultados de la búsqueda

• Terminado

  MATERIALS GENOME INITIATIVE - Thematic Program for 2017 Sanibel Symposium

  Cheng, H. (Investigador principal)

  Basic Energy Sciences

  15/2/17 → 14/2/18

  Proyecto: Investigación

  • Congressional Report 100%
  • Materials Genome Initiative 50%
  • Thematic Program 50%
  • Machine Learning 33%
  • Density Functional Theory 33%

• Black Hole Perturbations and Gravitational Self Force Physics

  Whiting, B. F. (Investigador principal)

  National Science Foundation

  1/7/16 → 30/6/23

  Proyecto: Investigación

  • Post-Newtonian 100%
  • Gravitational Self-force 100%
  • Black Hole Perturbation 100%
  • Self-force 100%
  • Post-Newtonian Expansion 50%

• Chronicling a Major Scientific Breakthrough: a Longitudinal Video Documentary of Advanced LIGO and the Beginning of Gravitational Wave Astrophysics

  Reitze, D. H. (Investigador principal)

  National Science Foundation

  1/7/16 → 30/9/22

  Proyecto: Investigación

  • Critical Period 100%
  • Cutting Edge 100%
  • Technological Advance 100%
  • Series Part 100%
  • Longer Term 100%

• Condensed Matter Physics 2016 Principal Investigator Workshop

  Tanner, D. B. (Investigador principal)

  National Science Foundation

  1/5/16 → 30/4/17

  Proyecto: Investigación

  • Condensed Matter Physics 100%
  • Cytidine Phosphate 100%
  • Principal Investigator 50%
  • Division 50%
  • Effective Communication 25%

• DMREF: Exploring multi-functional molecular electronic materials

  Cheng, H. (Investigador principal), Zhang, X. (CoPI) & Christou, G. G. (CoPI)

  National Science Foundation

  15/9/15 → 31/8/19

  Proyecto: Investigación

  • Molecular Electronics 100%
  • Nanoclusters 100%
  • Magnetic Material 100%
  • High-nuclearity 66%
  • Single-molecule Magnets 66%

• Any Light Particle Search (ALPS)

  Mueller, G. (Investigador principal) & Tanner, D. B. (CoPI)

  National Science Foundation

  1/8/15 → 31/7/19

  Proyecto: Investigación

  • Light Particles 100%
  • Standard Model 100%
  • Particle Physics 100%
  • Weakly Interacting 71%
  • Dark Matter 66%

• Searches for Gravitational Wave Transients: Data Analysis and Detector Characterization for Advanced LIGO

  Klimenko, S. G. (Investigador principal) & Mitselmakher, G. (CoPI)

  National Science Foundation

  1/8/15 → 31/7/19

  Proyecto: Investigación

  • Data Detector 100%
  • Advanced LIGO 50%
  • Gravitational Waves 50%
  • Detector Characterization 50%
  • Transient Data Analysis 50%

• Sanibel Symposium in the Petascale-Exascale Computational Era

  Cheng, H. (Investigador principal)

  Basic Energy Sciences

  15/7/15 → 14/7/16

  Proyecto: Investigación

  • Small Group Discussion 100%
  • Postdoctoral Associate 100%
  • Posters 50%
  • Exascale 50%
  • Petascale 50%

• Devices and Materials for the Instrument Science of Advanced Gravitational-Wave Detectors

  Tanner, D. B. (Investigador principal) & Mueller, G. (CoPI)

  National Science Foundation

  1/6/15 → 31/5/18

  Proyecto: Investigación

  • Gravitational Wave 100%
  • Gravitational Wave Detectors 100%
  • Optics 60%
  • Advanced LIGO 50%
  • Interferometer 37%

• Condensed Matter Physics 2015 Principal Investigator Workshop

  Tanner, D. B. (Investigador principal)

  National Science Foundation

  1/4/15 → 31/3/16

  Proyecto: Investigación

  • Division 100%
  • Cytidine Phosphate 100%
  • Principal Investigator 50%
  • Condensed Matter Physics 50%
  • New Principals 25%

• International REU Site for Gravitational Physics

  Whiting, B. B. F. (Investigador principal) & Mueller, G. (CoPI)

  National Science Foundation

  1/3/15 → 28/2/23

  Proyecto: Investigación

  • Gravitational Physics 100%
  • Gravitational Wave Detectors 100%
  • University of Florida 100%
  • Laser Interferometer Gravitational Wave Observatory 100%
  • Student Independence 100%

• Condensed Matter Physics Broader Impacts Workshop

  Tanner, D. B. (Investigador principal)

  National Science Foundation

  1/2/15 → 31/1/16

  Proyecto: Investigación

  • Principal Investigator 100%
  • Condensed Matter Physics 100%
  • Cytidine Phosphate 100%
  • Division 100%
  • Evaluation Method 50%

• Understanding and Reducing Thermal Noise via Atomistic Simulations

  Cheng, H. (Investigador principal)

  National Science Foundation

  1/9/14 → 31/8/18

  Proyecto: Investigación

  • Laser Interferometer Gravitational Wave Observatory 100%
  • Thermal Noise 100%
  • Atomistic Simulation 100%
  • Laser Interferometer 100%
  • Gravitational Wave 100%

• Condensed Matter Physics Principal Investigator Workshop, August 7-8, 2014

  Tanner, D. B. (Investigador principal)

  National Science Foundation

  15/8/14 → 31/7/15

  Proyecto: Investigación

  • Principal Investigator 100%
  • Condensed Matter Physics 100%
  • Division 100%
  • Cytidine Phosphate 100%
  • Arlington 25%

• CONSTRUCTION AND OPERATION OF THE GENERATION-2 ADMX DETECTOR

  Tanner, D. B. (Investigador principal)

  High Energy Physics

  1/7/14 → 31/3/18

  Proyecto: Investigación

  • Dark Matter Experiments 100%
  • Gen2 100%
  • Axion Dark Matter 100%
  • Dark Matter Axions 71%
  • QCD Axion 71%

• Partial Financial Support of the 54th Sanibel Symposium - 360 degree View of Quantum Theory and Ab Initio Simulation at Extreme Conditions - February 16-21,2014

  Cheng, H. (Investigador principal)

  Basic Energy Sciences

  15/1/14 → 14/1/15

  Proyecto: Investigación

  • Ab Initio Simulations 100%
  • 360-degree View 100%
  • Quantum Theory 100%
  • Theoretical Chemistry 66%
  • Financial Support 50%

• Thermal Coating Noise at Low Temperatures and Low Loss Faraday Isolators

  Mueller, G. (Investigador principal)

  National Science Foundation

  1/11/13 → 31/10/16

  Proyecto: Investigación

  • Thermal Coating 100%
  • Temperature Loss 100%
  • Faraday Isolator 100%
  • Dielectrics 100%
  • Advanced LIGO 50%

• Strong Correlations in Chiral Electron Systems

  Maslov, D. L. (Investigador principal)

  National Science Foundation

  1/10/13 → 30/9/16

  Proyecto: Investigación

  • Electron Systems 100%
  • Spin-orbit Coupling 100%
  • Fermi Liquid 100%
  • Strong Correlation 100%
  • Strongly Correlated Electron Systems 80%

• Materials World Network, SusChEM: Collaborative Electron-lattice Dynamics at an Atomically Controlled Buried Interface

  Stanton, C. J. (Investigador principal)

  National Science Foundation

  15/9/13 → 31/8/17

  Proyecto: Investigación

  • Lattice Dynamics 100%
  • Buried Interface 100%
  • Material World 100%
  • Lattice Vibration 100%
  • Electronic Properties 50%

• Dark Matter Detection with the SuperCDMS Experiment

  Saab, T. (Investigador principal)

  National Science Foundation

  1/9/13 → 31/8/14

  Proyecto: Investigación

  • SuperCDMS 100%
  • Dark Matter Detection 100%
  • SNOLAB 50%
  • Weakly Interacting Massive Particles 50%
  • Cosmology 50%

• Gravitational Waves and Radiation Reaction: An International Collaboration

  Will, C. C. M. (Investigador principal) & Whiting, B. F. (CoPI)

  National Science Foundation

  1/9/13 → 31/8/17

  Proyecto: Investigación

  • Gravitational Radiation 100%
  • Compact Bodies 100%
  • Radiation Reaction 100%
  • Gravitational Wave 100%
  • Black Holes 66%

• The Bioscience Scholars Program: Bringing the Master's Degree Within Reach

  Julian, D. D. (Investigador principal), Kimball, R. T. (CoPI), St. Mary, C. M. (CoPI), Snyder, R. O. (CoPI) & Spencer, W. (CoPI)

  National Science Foundation

  15/8/13 → 31/7/20

  Proyecto: Investigación

  • Scholar Programs 100%
  • Masters Degrees 100%
  • Master's Degree 50%
  • Bioscience 50%
  • Biotechnology Sector 50%

• CC-NIE Network Infrastructure: 100Gig Connection to Florida LambdaRail (FLR)

  Deumens, E. E. (Investigador principal), Fortes, J. J. A. (CoPI), Avery, P. R. (CoPI), Li, X. X. (CoPI) & Asseng, S. (CoPI)

  National Science Foundation

  1/10/12 → 30/9/14

  Proyecto: Investigación

  • Processing Capability 100%
  • Large Hadron Collider 100%
  • Mounted File System 100%
  • Infrastructure 100%
  • Network Infrastructure 50%

• MRI: Acquisition of GatorCloud: Enabling High-Impact Scientific Research and Collaboration via Software Defined Networks and Cloud Services

  Li, X. X. (Investigador principal), Deumens, E. E. (CoPI), Avery, P. R. (CoPI), Ranka, S. S. (CoPI) & George, A. A. D. (CoPI)

  National Science Foundation

  1/10/12 → 30/9/17

  Proyecto: Investigación

  • Software-defined Clouds 100%
  • Software-Defined Network 100%
  • Software-Defined Networking 100%
  • Cyberinfrastructure 66%
  • Software-defined Networking 50%

• Sustaining and Strengthening the US Desk for International Science Grid This Week

  Link, M. (Investigador principal), Avery, P. R. (CoPI), Quick, R. (CoPI), Siefert-herron, D. D. M. (CoPI) & Barnett, W. (CoPI)

  National Science Foundation

  15/9/12 → 31/8/16

  Proyecto: Investigación

  • Feature Article 100%
  • Distributed Computing 100%
  • Cyberinfrastructure 75%
  • USA 50%
  • Blog 50%

• The LIGO Open Science Center

  Reitze, D. H. (Investigador principal), Brady, P. R. (CoPI), Couvares, P. (CoPI), Shawhan, P. (CoPI) & Weinstein, A. J. (CoPI)

  National Science Foundation

  15/9/12 → 31/8/14

  Proyecto: Investigación

  • Product Data 100%
  • Data Product 80%
  • Science Center 50%
  • Open Science 50%
  • Gravitational Wave 50%

• Black Holes, Gravitational Waves and Radiation Reaction

  Whiting, B. B. F. (Investigador principal), Detweiler, S. S. L. (CoPI) & Whiting, B. F. (CoPI)

  National Science Foundation

  1/9/12 → 31/8/16

  Proyecto: Investigación

  • Gravitational Radiation 100%
  • Gravitational Waves 100%
  • Radiation Reaction 100%
  • Gravitational Wave 100%
  • Black Holes 100%

• PFI-BIC: Innovation Transfer of the Portable Nuclear Moment Imaging Platform

  Whiting, B. F. (CoPI), Chen, Y. (CoPI), Abernathy, C. C. R. (CoPI), Davidson, M. M. R. (Investigador principal) & Dobson, J. J. P. (CoPI)

  National Science Foundation

  1/9/12 → 31/8/15

  Proyecto: Investigación

  • Transfer of Innovation 100%
  • Nuclear Moments 100%
  • Magnetic Resonance Imaging 100%
  • Imaging Platform 50%
  • Innovation Translation 50%

• Collaborative research: Automated and community-driven synthesis of the tree of life

  Kimball, R. T. (Investigador principal), Burleigh, J. (CoPI) & Soltis, D. E. (CoPI)

  National Science Foundation

  1/6/12 → 31/5/17

  Proyecto: Investigación

  • Evolution 100%
  • Tree of Life 50%
  • Community-based 50%
  • Collaborative Research 50%
  • Biologists 50%

• Detection of Gravitational Waves: Data Analysis, Detector Characterization, and Instrument Science for Advanced LIGO

  Mitselmakher, G. (Investigador principal), Tanner, D. B. (CoPI), Whiting, B. F. (CoPI) & Klimenko, S. G. (CoPI)

  National Science Foundation

  1/6/12 → 31/5/16

  Proyecto: Investigación

  • Gravitational Wave Data Analysis 100%
  • Advanced LIGO 50%
  • Gravitational Waves 50%
  • Gravitational Wave Detectors 50%
  • Detector Characterization 50%

• Technologies for Future Gravitational-Wave Observatories: Lasers, Optics, Materials, Cryogenics, and Simulations

  Mucha, P. J. (Investigador principal), Tanner, D. B. (Investigador principal), Conklin, J. (CoPI) & Storm, M. (CoPI)

  National Science Foundation

  1/1/12 → 30/6/23

  Proyecto: Investigación

  • Laser Optics 100%
  • Laser Materials 100%
  • Optical Simulation 100%
  • Laser Simulation 100%
  • Gravitational Wave Observatory 100%

• A taxon-rich phylogeny of Galliformes: using multiple loci to resolve conflicts among previous studies

  Kimball, R. T. (Investigador principal) & Braun, E. L. (CoPI)

  National Science Foundation

  1/10/11 → 30/9/16

  Proyecto: Investigación

  • Multiple Loci 100%
  • Phylogeny 100%
  • Galliformes 100%
  • Cladistics 50%
  • Evolution 50%

• Carrier, Phonon and THz Dynamics in Narrow Gap and Carbon Based Nanostructures

  Stanton, C. J. (Investigador principal)

  National Science Foundation

  15/9/11 → 31/8/15

  Proyecto: Investigación

  • Carbon Nanostructures 100%
  • Indium Antimonide 100%
  • Phonons 100%
  • Narrow Gap 100%
  • Indium 100%

• Understanding and Reducing Thermal Noise via Atomistic Simulations

  Cheng, H. (Investigador principal)

  National Science Foundation

  1/9/11 → 31/8/15

  Proyecto: Investigación

  • Thermal Noise 100%
  • Atomistic Simulation 100%
  • Interferometer 100%
  • Coating Material 83%
  • Laser Interferometer 66%

• Development of High Power Continuous Wave Lasers, Components, and Optical Contamination Diagnostics for Future Ground-based Gravitational Wave Detectors

  Tanner, D. B. (Investigador principal), Reitze, D. H. (CoPI), Mueller, G. (CoPI) & Tanner, D. B. (CoPI)

  National Science Foundation

  1/8/11 → 31/7/12

  Proyecto: Investigación

  • Continuous-wave Laser 100%
  • Laser Components 100%
  • Continuous Wave Laser 100%
  • Gravitational Wave Detectors 50%
  • Laser Interferometer Gravitational Wave Observatory 50%

• Research on the Thermal Correction System and Thermal Coating Noise

  Mueller, G. (Investigador principal) & Arain, M. A. (CoPI)

  National Science Foundation

  1/11/10 → 31/10/14

  Proyecto: Investigación

  • Gravitational Wave 100%
  • Optics 100%
  • Compensation System 57%
  • Thermal Compensation 57%
  • Advanced LIGO 50%

• PIRE: U.S.-Japan Cooperative Research and Education on Terahertz Dynamics in Nanostructures

  Kono, J. (Investigador principal), Stanton, C. J. (CoPI), Bird, J. J. P. (CoPI), Matherly, C. (CoPI) & Ajayan, P. M. (CoPI)

  National Science Foundation

  15/9/10 → 31/12/16

  Proyecto: Investigación

  • International Education 100%
  • Japan 100%
  • Cooperative Education 50%
  • Nanostructures 50%
  • Cooperative Research 50%

• Deep Underground Gravity Lab

  Mandic, V. (Investigador principal), Whitcomb, S. E. (CoPI), Mueller, G. (CoPI), Cowsik, R. (CoPI) & Gundlach, J. (CoPI)

  National Science Foundation

  15/9/10 → 31/8/13

  Proyecto: Investigación

  • Seismic Motion 100%
  • Seismic Field 50%
  • Deep Underground 50%
  • Support to Operations 50%
  • Test of the Equivalence Principle 50%

• ExTENCI: Extending Science Through Enhanced National Cyberinfrastructure

  Avery, P. R. (Investigador principal), Roskies, R. (CoPI) & Katz, D. (CoPI)

  National Science Foundation

  1/8/10 → 31/7/13

  Proyecto: Investigación

  • Cyberinfrastructure 100%
  • TeraGrid 50%
  • Open Science Grid 50%
  • Job Submission 33%
  • Distributed Storage 33%

• Direct Neutrino Mass Measurement with Cryogenic Microcalorimeters

  Galeazzi, M. (Investigador principal) & Saab, T. (CoPI)

  National Science Foundation

  1/6/10 → 31/5/14

  Proyecto: Investigación

  • Neutrino Mass Measurement 100%
  • Rhenium 100%
  • Microcalorimeter 100%
  • Calorimeter 100%
  • Mass Measurement 100%

• International REU site for Gravitational Physics

  Whiting, B. B. F. (Investigador principal) & Mueller, G. (CoPI)

  National Science Foundation

  15/4/10 → 31/3/16

  Proyecto: Investigación

  • Gravitational Physics 100%
  • Gravitational Wave Detectors 100%
  • Gravitational Wave 100%
  • International Context 50%
  • Laser Interferometer Space Antenna 50%

• Sequencing Gators: Building a Genome Science Curriculum at the University of Florida and Beyond

  Triplett, E. E. W. (Investigador principal), Braun, E. L. (CoPI), Casella, G. (CoPI), Kahveci, T. (CoPI) & De Crecy-lagard, V. V. (CoPI)

  National Science Foundation

  1/1/10 → 31/12/14

  Proyecto: Investigación

  • Science Curriculum 100%
  • University of Florida 100%
  • Community College 66%
  • Advanced Level 66%
  • Genomic Sciences 66%

• Development of a Technical Design for the Germanium Observatory for Dark Matter at DUSEL

  Golwala, S. (Investigador principal), Cabrera, B. (CoPI), Saab, T. (CoPI), Mandic, V. (CoPI) & Mahapatra, R. (CoPI)

  National Science Foundation

  1/10/09 → 30/9/13

  Proyecto: Investigación

  • Observatory 100%
  • Germanium 100%
  • Technical Design 100%
  • DUSEL 100%
  • Dark Matter 100%

• Collaborative Research: Maximizing Background Rejection in SuperCDMS Dark Matter Detectors

  Saab, T. (Investigador principal)

  National Science Foundation

  1/9/09 → 31/8/13

  Proyecto: Investigación

  • Background Rejection 100%
  • Dark Matter Detectors 100%
  • SuperCDMS 50%
  • Collaborative Research 50%
  • Energy Position 50%

• Gravitational Waves, Radiation Reaction, and Black Hole Systems

  Detweiler, S. S. L. (Investigador principal) & Whiting, B. F. (CoPI)

  National Science Foundation

  1/9/09 → 31/8/13

  Proyecto: Investigación

  • Wave Radiation 100%
  • Gravitational Waves 100%
  • Radiation Reaction 100%
  • Gravitational Wave 100%
  • Black Holes 100%

• Understanding and Reducing Thermal Noise via Atomistic Simulations

  Cheng, H. (Investigador principal)

  National Science Foundation

  1/9/09 → 31/8/11

  Proyecto: Investigación

  • Thermal Noise 100%
  • Laser Interferometer Gravitational Wave Observatory 100%
  • Atomistic Simulation 100%
  • Laser Interferometer 100%
  • Gravitational Wave 100%

• Coherent detection and reconstruction of gravitational waves bursts

  Klimenko, S. G. (Investigador principal) & Mitselmakher, G. (CoPI)

  National Science Foundation

  15/8/09 → 31/12/12

  Proyecto: Investigación

  • Gravitational Wave 100%
  • Gravitational Wave Detectors 57%
  • Gravitational Wave Bursts 50%
  • Coherent Detection 50%
  • Physics 28%

• Materials World Network: Control of the Electron Nuclear Interaction in NanoElectronic Devices

  Maslov, D. L. (Investigador principal)

  National Science Foundation

  1/8/09 → 31/7/14

  Proyecto: Investigación

  • Electron-nuclear Interactions 100%
  • Nuclear Interaction 100%
  • Network Control 100%
  • Quantum Dot 100%
  • Harvard 50%

• Collaborative Research: Noisy Nonlinear Microscale Oscillators for Novel Applications

  Yelton, J. M. (Investigador principal), Lee, Y. (CoPI) & Chan, H. B. (CoPI)

  National Science Foundation

  1/7/09 → 30/6/13

  Proyecto: Investigación

  • Electromechanical System 100%
  • Microscale 100%
  • Nanoscale 83%
  • Collaborative Research 50%
  • Engineering 50%

• Detection of Gravitational Waves: Instrument Science and Data Analysis for LIGO

  Mitselmakher, G. (Investigador principal), Tanner, D. B. (CoPI), Whiting, B. F. (CoPI), Reitze, D. H. (CoPI) & Klimenko, S. G. (CoPI)

  National Science Foundation

  15/6/09 → 31/5/13

  Proyecto: Investigación

  • Gravitational Wave Detectors 100%
  • Laser Interferometer Gravitational Wave Observatory 100%
  • Gravitational Wave 100%
  • University of Florida 20%
  • Optics 15%