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

  Eccentric Black Hole Mergers: Search and Interpretation with Gravitational Waves

  Bartos, I. (Investigador principal) & Klimenko, S. G. (CoPI)

  National Science Foundation

  1/7/22 → 30/6/24

  Proyecto: Investigación

  • Black Hole Mergers 100%
  • Black Hole Merger 100%
  • Gravitational Waves 50%
  • Gravitational Wave 50%
  • KAGRA 40%

• Symposium: QUANTUM THEORY, QUANTUM MATERIALS, QUANTUM COMPUTING

  Cheng, H. (Investigador principal)

  Basic Energy Sciences

  1/2/22 → 31/1/23

  Proyecto: Investigación

  • Quantum Computer 100%
  • Quantum Theory 100%
  • Quantum Information Science 100%
  • Quantum Computing 100%
  • Quantum Materials 50%

• Collaborative Research: The SuperCDMS at SNOLAB Science Program

  Saab, T. (Investigador principal)

  National Science Foundation

  1/9/21 → 31/8/24

  Proyecto: Investigación

  • SNOLAB 100%
  • SuperCDMS 100%
  • Collaborative Research 100%
  • Science Programmes 100%
  • Dark Matter 100%

• Searches for Gravitational Wave Transients: Data Analysis for Advanced LIGO and A+ LIGO

  Klimenko, S. G. (Investigador principal) & Bartos, I. (CoPI)

  National Science Foundation

  1/9/21 → 31/8/24

  Proyecto: Investigación

  • Advanced LIGO 100%
  • Gravitational Waves 100%
  • Transient Data Analysis 100%
  • Gravitational Wave 100%
  • Transients 100%

• Instrumentation and Simulation for Advanced LIGO Upgrades and Future Gravitational Wave Detectors

  Fulda, P. (Investigador principal)

  National Science Foundation

  15/8/21 → 31/7/24

  Proyecto: Investigación

  • Gravitational Wave Detectors 100%
  • Advanced LIGO 50%
  • Gravitational Wave 33%
  • Black Holes 33%
  • Gravitational Wave Astronomy 33%

• Collaborative Research: Stanford-Florida program in Support of LIGO on Coatings and Core Optics

  Cheng, H. (Investigador principal)

  National Science Foundation

  1/12/20 → 30/11/23

  Proyecto: Investigación

  • Mirror Coatings 100%
  • Mechanical Loss 75%
  • Test Mass 50%
  • Structure Data 50%
  • Collaborative Research 50%

• A COMPUTATIONAL APPROACH TO COMPLEX JUNCTIONS AND INTERFACES

  Cheng, H. (Investigador principal)

  Basic Energy Sciences

  1/12/20 → 31/12/22

  Proyecto: Investigación

  • Spin Transport 100%
  • Topological Insulator 100%
  • Complex Interface 100%
  • Complex Junction 100%
  • Field Effect Transistor 100%

• Upending the platelet paradigm: Targeting actin-driven membrane budding to modulate platelet production in health and disease

  Cheng, H. (Investigador principal) & Taoudi, S. S. (Investigador principal)

  National Science Foundation

  15/9/20 → 31/8/23

  Proyecto: Investigación

  • Membrane Budding 100%
  • Upending 100%
  • Thermal Noise 100%
  • Aluminium Gallium Arsenide 66%
  • Amorphous Metal 66%

• Making a Niche: an in vitro human bone marrow organoid factory for blood

  Cooley, J. (Investigador principal), Sadoulet, B. (CoPI), Huber, M. (CoPI), Saab, T. (CoPI), Figueroa-feliciano, E. (CoPI) & Ng, E. E. (Investigador principal)

  National Science Foundation

  1/9/20 → 31/8/23

  Proyecto: Investigación

  • SNOLAB 100%
  • SuperCDMS 100%
  • Bone Marrow Organoid 100%
  • Human Bone Marrow 100%
  • Preoperation 100%

• University of Florida Intensity Frontier Program

  Ray, H. (Investigador principal)

  High Energy Physics

  1/4/20 → 30/6/23

  Proyecto: Investigación

  • Hyperon 100%
  • Baryon 100%
  • Inelastic Scattering 100%
  • Neutrinos 50%
  • University of Florida 50%

• Search for dark matter axions with ADMX and theoretical inquiries beyond the standard model

  Tanner, D. B. (Investigador principal), Matchev, K. T. (CoPI), Sikivie, P. P. (CoPI), Thorn, C. C. (CoPI) & Xue, W. W. (CoPI)

  High Energy Physics

  1/4/20 → 31/3/23

  Proyecto: Investigación

  • Standard Model 100%
  • Dark Matter 100%
  • Dark Matter Axions 50%
  • Axions 50%
  • Beyond Standard Model 50%

• International REU site for Gravitational Physics

  Fulda, P. (Investigador principal) & Wass, P. (CoPI)

  National Science Foundation

  1/2/20 → 31/1/24

  Proyecto: Investigación

  • Gravitational Physics 100%
  • Gravitational Wave 100%
  • Physics 66%
  • Gravitational Wave Detectors 50%
  • University of Florida 50%

• Quantum Theory, Quantum Materials, Quantum Computing Thematic Program for 60th Sanibel Symposium

  Cheng, H. (Investigador principal)

  Basic Energy Sciences

  1/2/20 → 31/1/21

  Proyecto: Investigación

  • Quantum Theory 100%
  • Quantum Information Science 100%
  • Quantum Computing 100%
  • Quantum Computer 66%
  • Quantum Materials 50%

• QLCI-CG: Conceptualization of The Institute for Quantum Biology on Quantum Computers

  Sanders, B. B. A. (Investigador principal), Freericks, J. (CoPI), Deumens, E. E. (CoPI), Cheng, H. (CoPI) & Li, C. C. (CoPI)

  National Science Foundation

  1/9/19 → 31/8/23

  Proyecto: Investigación

  • Quantum Computation 100%
  • Quantum Computer 100%
  • Scientific Workforce 50%
  • Technological Progress 50%
  • Review Criteria 50%

• ALPS II: Commissioning and Data Taking

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

  National Science Foundation

  1/10/18 → 31/8/24

  Proyecto: Investigación

  • Light Particles 100%
  • Dark Matter 100%
  • Standard Model 50%
  • Mass Particles 37%
  • Low-mass 37%

• LIGO Laboratory Operations and Maintenance 2019-2023

  Reitze, D. H. (Investigador principal), Lazzarini, A. (CoPI) & Fritschel, P. (CoPI)

  National Science Foundation

  1/10/18 → 31/12/23

  Proyecto: Investigación

  • Laboratory Operations 100%
  • Gravitational Wave 100%
  • Laser Interferometer Gravitational Wave Observatory 50%
  • Laboratory Maintenance 50%
  • Gravitational Waves 11%

• The A+ Upgrade to Advanced LIGO

  Reitze, D. H. (Investigador principal), Zucker, M. E. (CoPI) & Lazzarini, A. (CoPI)

  National Science Foundation

  1/10/18 → 30/9/23

  Proyecto: Investigación

  • Advanced LIGO 100%
  • Gravitational Wave 100%
  • Stellar Mass Black Holes 66%
  • Hubble Constant 66%
  • Metrology Standard 33%

• Collaborative Research: The SuperCDMS SNOLAB Experiment

  Saab, T. (Investigador principal)

  National Science Foundation

  15/8/18 → 31/7/22

  Proyecto: Investigación

  • Dark Matter 100%
  • SNOLAB 50%
  • SuperCDMS 50%
  • Collaborative Research 50%
  • Particle Physics 30%

• Any Light Particle Searches (ALPS)

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

  National Science Foundation

  15/8/18 → 31/7/22

  Proyecto: Investigación

  • Light Particles 100%
  • Dark Matter 100%
  • Standard Model 75%
  • Particle Physics 75%
  • Weakly Interacting 50%

• Searches for Gravitational Wave Transients: Data Analysis for Advanced LIGO

  Klimenko, S. G. (Investigador principal)

  National Science Foundation

  1/8/18 → 31/7/22

  Proyecto: Investigación

  • Advanced LIGO 100%
  • Gravitational Waves 100%
  • Transient Data Analysis 100%
  • Transients 100%
  • Black Holes 62%

• Experiments and Simulations for Improving the Sensitivity of Advanced LIGO and Future Gravitational Wave Detectors

  Fulda, P. (Investigador principal)

  National Science Foundation

  1/8/18 → 30/9/22

  Proyecto: Investigación

  • Gravitational Wave Detectors 100%
  • Gravitational Wave 60%
  • Advanced LIGO 50%
  • Neutron Stars 40%
  • Laser Beams 40%

• Dynamics and Quantum Phase Transitions of Chiral Fermi Liquids

  Maslov, D. L. (Investigador principal)

  National Science Foundation

  15/6/18 → 31/5/23

  Proyecto: Investigación

  • Dynamic Phase Transition 100%
  • Spin Waves 75%
  • Magnon 60%
  • Theoretical Education 50%
  • Fermi Liquid 50%

• Science Reach of the SuperCDMS SNOLAB Experiment

  Saab, T. (Investigador principal)

  High Energy Physics

  1/5/18 → 30/6/21

  Proyecto: Investigación

  • Dark Matter 100%
  • SNOLAB 50%
  • SuperCDMS 50%
  • Calculation Method 50%
  • Florida 50%

• MAGNETISM IN MOLECULES, INTERFACES, AND JUNCTIONS 2018 SANIBEL SYMPOSIUM

  Cheng, H. (Investigador principal)

  Basic Energy Sciences

  15/2/18 → 14/2/19

  Proyecto: Investigación

  • Magnetism 100%
  • Magnetic Phenomena 100%
  • Quantum Computing 100%
  • Computational Chemistry 100%
  • Quantum Materials 50%

• Collaborative Research: Stanford-Florida program in Support of LIGO on Coatings and Core Optics

  Cheng, H. (Investigador principal)

  National Science Foundation

  1/12/17 → 30/11/21

  Proyecto: Investigación

  • Optics 100%
  • Collaborative Research 100%
  • Florida 100%
  • Science Collaboration 100%
  • Thermal Noise 100%

• MRI: Acquisition of a High Resolution Photon Emission/Electro-Optical Microscope for Non-invasive Evaluation of Electronic Devices and Systems Security

  Tehranipoor, M. M. (Investigador principal), Bhunia, S. (CoPI), Woodard, D. L. (CoPI), Forte, D. (CoPI) & Asadi, N. N. (CoPI)

  National Science Foundation

  1/10/17 → 30/9/20

  Proyecto: Investigación

  • Electro-optic 100%
  • Device Security 100%
  • Photon Emission 100%
  • Optical Microscope 100%
  • Reverse Engineering 100%

• COLLABORATIVE RESEARCH: All Birds: A Time-scaled Avian Tree From Integrated Phylogenomic and Fossil Data

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

  National Science Foundation

  1/9/17 → 31/8/23

  Proyecto: Investigación

  • Bird Species 100%
  • Phylogenomics 100%
  • Fossil Data 100%
  • Cladistics 100%
  • Species Phylogeny 66%

• Collaborative Research: LSC Center for Coatings Research

  Cheng, H. (Investigador principal)

  National Science Foundation

  15/8/17 → 31/7/22

  Proyecto: Investigación

  • Collaborative Research 100%
  • Scientific Collaboration 100%
  • Thermal Noise 100%
  • Mirror Coatings 100%
  • Amorphous Material 100%

• Devices, Materials, and Controls for Future Gravitational-Wave Detectors

  Tanner, D. B. (Investigador principal) & Conklin, J. (CoPI)

  National Science Foundation

  1/7/17 → 30/6/21

  Proyecto: Investigación

  • Device Control 100%
  • Device Materials 100%
  • Gravitational Waves 50%
  • Gravitational Wave Detectors 50%
  • High Power Laser 50%

• EXPERIMENTAL RESEARCH AT THE ENERGY FRONTIER IN HIGH ENERGY PHYSICS WITH THE CMS EXPERIMENT

  Mitselmakher, G. (Investigador principal)

  High Energy Physics

  1/4/17 → 31/3/21

  Proyecto: Investigación

  • Hadron 100%
  • Particle Physics 100%
  • Muon 60%
  • Energy Frontier 50%
  • Upgrade Projects 50%

• 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%