|
RO NUMBER |
PROGRAM |
RO TITLE |
CITY |
STATE |
|
|
64.16.66.B3062 |
NRL |
Atmospheric Processes |
Monterey |
CA |
|
64.16.66.B3063 |
NRL |
Data Assimilation |
Monterey |
CA |
|
64.16.66.B3068 |
NRL |
Meteorological Mesoscale Modeling |
Monterey |
CA |
|
64.16.66.B3069 |
NRL |
Characterization, Analysis, and Prediction of Atmospheric Aerosols |
Monterey |
CA |
|
64.16.66.B3999 |
NRL |
Nowcasting the Battlespace Environment |
Monterey |
CA |
|
64.16.66.B4884 |
NRL |
Atmospheric Predictability Studies |
Monterey |
CA |
|
64.16.66.B4885 |
NRL |
Targeted Observing for Improved Forecasts of High-Impact Weather Events |
Monterey |
CA |
|
64.16.66.B6128 |
NRL |
Computational Geophysical Fluid Dynamics |
Monterey |
CA |
|
64.16.66.B6304 |
NRL |
Mesoscale Ensembles |
Monterey |
CA |
|
64.16.66.B8423 |
NRL |
Electro-Magnetic Radiation Scatter and Refraction in the Troposphere |
Monterey |
CA |
|
64.16.66.B8541 |
NRL |
Tropical Air-Ocean-Wave-Land-Hydrology Interaction Research and Modeling |
Monterey |
CA |
|
64.16.66.B8579 |
NRL |
Machine Learning Applications: Nowcasting Hazards |
Monterey |
CA |
|
64.16.66.C0250 |
NRL |
Global Earth System Modeling |
Monterey |
CA |
|
64.16.66.C0842 |
NRL |
Leveraging Smallsats to Improve Atmospheric Prediction |
Monterey |
CA |
|
64.15.04.B5315 |
NRL |
Advanced Acoustic Materials and Metamaterials |
Washington |
DC |
|
64.15.04.B7073 |
NRL |
Nanomechanics, Nanomaterials, Nanofabrication, Nanooptics, and Surface Chemistry |
Washington |
DC |
|
64.15.04.B7434 |
NRL |
Heat Transport in Nanostructured Materials and Thin Dielectric Films |
Washington |
DC |
|
64.15.04.B7706 |
NRL |
Ocean Acoustic Communications and Signal Processing |
Washington |
DC |
|
64.15.04.B7975 |
NRL |
Hydrogen and Oxygen Storage for Undersea Fuel Cells |
Washington |
DC |
|
64.15.04.B7992 |
NRL |
Low loss amorphous dielectric thin films for superconducting qubit applications |
Washington |
DC |
|
64.15.04.B8408 |
NRL |
Computational Mechanics and Structural-Acoustics |
Washington |
DC |
|
64.15.04.C0005 |
NRL |
Hydrodynamic Tank Experimental Research |
Washington |
DC |
|
64.15.04.C0321 |
NRL |
Catalysis of CO2 to reactive intermediates for fuel production |
Washington |
DC |
|
64.15.04.C0464 |
NRL |
Physics Informed Data Analytics and Modeling for Dynamical Systems |
Washington |
DC |
|
64.15.04.C0568 |
NRL |
Value-added Localization with Noise |
Washington |
DC |
|
64.15.04.C0880 |
NRL |
Ambient Sound Modeling in Complex Ocean Environments |
Washington |
DC |
|
64.15.06.B2658 |
NRL |
Infrared Astronomy |
Washington |
DC |
|
64.15.06.B2659 |
NRL |
Radio Astronomy |
Washington |
DC |
|
64.15.06.B2660 |
NRL |
Millimeter-Wave Atmospheric Spectroscopy |
Washington |
DC |
|
64.15.06.B2661 |
NRL |
Instrumentation Development for Astronomy and Remote Sensing |
Washington |
DC |
|
64.15.06.B2663 |
NRL |
Astronomical Optical Interferometry |
Washington |
DC |
|
64.15.06.B2671 |
NRL |
Remote Sensing |
Washington |
DC |
|
64.15.06.B2673 |
NRL |
Hyperspectral Characterization of the Coastal Regime |
Washington |
DC |
|
64.15.06.B2678 |
NRL |
Polar Ozone and Aerosol Measurement Experiment (POAM III) |
Washington |
DC |
|
64.15.06.B4357 |
NRL |
Advanced Seafloor Mapping and Image Processing |
Washington |
DC |
|
64.15.06.B4881 |
NRL |
Analysis of Hyperspectral and Multisensor Imaging Data |
Washington |
DC |
|
64.15.06.B6340 |
NRL |
Satellite Analysis of Pyro-Convection and Chemical/Transport Processes in the Upper Troposphere and Lower Stratosphere |
Washington |
DC |
|
64.15.06.B7271 |
NRL |
Middle Atmospheric Data Assimilation |
Washington |
DC |
|
64.15.06.B7564 |
NRL |
Ionospheric Studies with Radio-frequency Interferometers |
Washington |
DC |
|
64.15.06.B7600 |
NRL |
Spectral remote sensing of terrain, modeling, and analysis |
Washington |
DC |
|
64.15.06.B7981 |
NRL |
Hydrologic Optics and Ocean Color Remote Sensing |
Washington |
DC |
|
64.15.06.C0429 |
NRL |
Remote Sensing of Surface Fluxes of Sea Spray, Gases, and Heat for Air-Sea Interaction Studies |
Washington |
DC |
|
64.15.06.C0492 |
NRL |
Radar technology, processing, and analysis |
Washington |
DC |
|
64.15.06.C0811 |
NRL |
Remote Sensing of the Cryosphere and Soil Moisture |
Washington |
DC |
|
64.15.06.C0812 |
NRL |
Remote Sensing of Air-Wave-Sea Interactions and Upper Ocean Dynamics |
Washington |
DC |
|
64.15.06.C0825 |
NRL |
Radio Remote-Sensing of Space Weather |
Washington |
DC |
|
64.15.06.C0828 |
NRL |
Multi-sensor remote sensing across terrestrial-aquatic interfaces |
Washington |
DC |
|
64.15.06.C0835 |
NRL |
Ensemble Aerosol Forecasting and Data Assimilation |
Washington |
DC |
|
64.15.06.C0837 |
NRL |
Integrated Remote Sensing of Melt Ponds in the Arctic |
Washington |
DC |
|
64.15.06.C0897 |
NRL |
Space weather model coupling |
Washington |
DC |
|
64.15.09.B6693 |
NRL |
Simultaneous Monitoring of Multiple Intracellular Signaling Events |
Washington |
DC |
|
64.15.09.B7949 |
NRL |
Nanoscale Probes for Real-Time Imaging of Neuronal Cell Activity |
Washington |
DC |
|
64.15.09.B8115 |
NRL |
Center for BioMolecular Science and Engineering (Multiple Opportunities) |
Washington |
DC |
|
64.15.09.B8126 |
NRL |
Nanoparticle-Biomolecular Interfacial Phenomena |
Washington |
DC |
|
64.15.09.B8532 |
NRL |
Ultrafast Studies of Charge Transfer Plasmonics |
Washington |
DC |
|
64.15.09.B8545 |
NRL |
Intercellular Signaling and Functional Nanomaterials at the Abiotic/Biotic Interface |
Washington |
DC |
|
64.15.09.C0350 |
NRL |
Applied Molecular Microbiology |
Washington |
DC |
|
64.15.09.C0351 |
NRL |
Marine Environmental DNA (eDNA) Research |
Washington |
DC |
|
64.15.09.C0367 |
NRL |
DNA-based Nanoplasmonics |
Washington |
DC |
|
64.15.09.C0386 |
NRL |
Understanding Light-Matter Interactions in Plasmonic Aerosols |
Washington |
DC |
|
64.15.09.C0387 |
NRL |
Controlling light on demand with dynamic plasmonic pixels |
Washington |
DC |
|
64.15.09.C0507 |
NRL |
Biological Systems Engineering |
Washington |
DC |
|
64.15.09.C0752 |
NRL |
Synthetic phages and antibiotic alternatives |
Washington |
DC |
|
64.15.09.C0817 |
NRL |
Control of CRISPR/Cas through surface interactions |
Washington |
DC |
|
64.15.09.C0843 |
NRL |
Nanomaterial-enhanced bacterial synthetic biology |
Washington |
DC |
|
64.15.09.C0845 |
NRL |
Bionanotechnology/Nanoscience/Cell Biology/Biophysics |
Washington |
DC |
|
64.15.15.B2680 |
NRL |
Femtosecond Studies of Molecular Dynamics |
Washington |
DC |
|
64.15.15.B2728 |
NRL |
Simulations of Chemical Reactions in Materials |
Washington |
DC |
|
64.15.15.B2732 |
NRL |
Chemical Sensors-Data Analysis Strategies |
Washington |
DC |
|
64.15.15.B2737 |
NRL |
Surface Chemistry of Electronic Materials |
Washington |
DC |
|
64.15.15.B2757 |
NRL |
Polymer networks |
Washington |
DC |
|
64.15.15.B2778 |
NRL |
Multi-Phase Combustion Mechanisms and Diagnostics |
Washington |
DC |
|
64.15.15.B2779 |
NRL |
Combustion Modeling |
Washington |
DC |
|
64.15.15.B3024 |
NRL |
Corrosion and Corrosion Protection |
Washington |
DC |
|
64.15.15.B3984 |
NRL |
Chemical Reactions at Surfaces |
Washington |
DC |
|
64.15.15.B3987 |
NRL |
Spectroscopic Studies of Plasma Processing |
Washington |
DC |
|
64.15.15.B4861 |
NRL |
Development of Sensing Technologies for Shipboard Fuel Diagnostics and Prognostics |
Washington |
DC |
|
64.15.15.B5073 |
NRL |
Optical Studies of Catalysts and Fuel Cells |
Washington |
DC |
|
64.15.15.B5077 |
NRL |
Theoretical Materials Chemistry |
Washington |
DC |
|
64.15.15.B5299 |
NRL |
Nuclear Magnetic Resonance Spectroscopy of Materials |
Washington |
DC |
|
64.15.15.B5300 |
NRL |
Nuclear Magnetic Resonance and Nuclear Quadrupole Resonance for Materials Evaluation |
Washington |
DC |
|
64.15.15.B5424 |
NRL |
Fire Fighting Foams: Dynamics and Behavior |
Washington |
DC |
|
64.15.15.B5643 |
NRL |
Designing Mesoporous, Three-Dimensional Nanoarchitectures and Nanocomposites |
Washington |
DC |
|
64.15.15.B6047 |
NRL |
Polymer Rheology |
Washington |
DC |
|
64.15.15.B6051 |
NRL |
Functional Material Synthesis and Crystal Growth |
Washington |
DC |
|
64.15.15.B6581 |
NRL |
Intelligent Data Fusion for Multi-Modal or Multi-Sensory Systems |
Washington |
DC |
|
64.15.15.B6676 |
NRL |
Optimizing Metal-Adsorbate and Metal-Support Interactions for Photocatalysis and Plasmonics-Driven Chemistry |
Washington |
DC |
|
64.15.15.B7121 |
NRL |
Trace Analysis Testing and Verification |
Washington |
DC |
|
64.15.15.B7714 |
NRL |
Nonlinear Optics at the Nanoscale |
Washington |
DC |
|
64.15.15.B7717 |
NRL |
Development of Novel Synthesis Methods and Formulations for Metal Nanoparticles and Nanopowders |
Washington |
DC |
|
64.15.15.B7825 |
NRL |
Trace Analysis Testing and Verification of Energetic Materials |
Washington |
DC |
|
64.15.15.B7921 |
NRL |
Novel Multifunctional Polymeric Materials for Military Applications |
Washington |
DC |
|
64.15.15.B7926 |
NRL |
Extended Solids Design and Synthesis |
Washington |
DC |
|
64.15.15.B8030 |
NRL |
Development of Stimuli-Responsive Molecules and Networks Thereof for Naval Applications |
Washington |
DC |
|
64.15.15.B8044 |
NRL |
Lithium-ion Battery Performance and Safety |
Washington |
DC |
|
64.15.15.B8394 |
NRL |
Diagnostics and Prediction of Turbulent, Multi-phase Fluid Mechanics |
Washington |
DC |
|
64.15.15.B8451 |
NRL |
High Temperature Polymers/Composites, Refractory Ceramics and Additive Manufacturing of High Temperature Materials |
Washington |
DC |
|
64.15.15.B8498 |
NRL |
Postdoctoral Research Associate in Biofabrication, Tissue Engineering, Microphysiological Systems |
Washington |
DC |
|
64.15.15.C0155 |
NRL |
Development of Novel Solid-State and Hybrid Ionic Conductors and Electrolytes |
Washington |
DC |
|
64.15.15.C0173 |
NRL |
Quantum Computing for Quantum Chemistry |
Washington |
DC |
|
64.15.15.C0178 |
NRL |
Machine Learning for Synthetic Chemistry |
Washington |
DC |
|
64.15.15.C0261 |
NRL |
High Performance Biomaterials for Operation in Extreme and Underwater Environments |
Washington |
DC |
|
64.15.15.C0346 |
NRL |
Multifunctional Catalytic Materials for Degradation and Energy Conversion |
Washington |
DC |
|
64.15.15.C0445 |
NRL |
Bio-inspired Design of Multi-Functional Materials |
Washington |
DC |
|
64.15.15.C0465 |
NRL |
Energy Storage Materials |
Washington |
DC |
|
64.15.15.C0479 |
NRL |
Development of Multifunctional Materials for Heterogeneous or Electro-Catalysis |
Washington |
DC |
|
64.15.15.C0541 |
NRL |
Thin-Film Conductive Polymer Synthesis, Processing, and Characterization |
Washington |
DC |
|
64.15.15.C0571 |
NRL |
Solid Electrolyte Fuel Cell Technologies |
Washington |
DC |
|
64.15.15.C0585 |
NRL |
Aerosol Deposition and Atmospheric Corrosion |
Washington |
DC |
|
64.15.15.C0654 |
NRL |
Data Analytics and Modeling for Analytical Chemistry |
Washington |
DC |
|
64.15.15.C0692 |
NRL |
Polymer nanocomposites |
Washington |
DC |
|
64.15.15.C0709 |
NRL |
Photo/Electroactive Functional Materials for Navy Applications |
Washington |
DC |
|
64.15.15.C0715 |
NRL |
Mucin Mimic Mediated Microbial Dormancy in Skin Wounds |
Washington |
DC |
|
64.15.15.C0773 |
NRL |
Design of selective electrocatalysts |
Washington |
DC |
|
64.15.15.C0774 |
NRL |
Characterizing Phenomenon Governing Battery Performance |
Washington |
DC |
|
64.15.15.C0778 |
NRL |
Basic and Applied Research Toward Improving Battery Safety, Performance, and Reliability |
Washington |
DC |
|
64.15.15.C0791 |
NRL |
Marine biology, technology, and engineering |
Washington |
DC |
|
64.15.15.C0816 |
NRL |
Charge transport and dielectric losses under extreme electric fields |
Washington |
DC |
|
64.15.15.C0840 |
NRL |
Synthetic Control of High Energy Mixed Metal Nanopowders |
Washington |
DC |
|
64.15.18.B4651 |
NRL |
Intelligent Decision Aids |
Washington |
DC |
|
64.15.18.B5294 |
NRL |
Cognition in Complex Tasks |
Washington |
DC |
|
64.15.18.B8141 |
NRL |
Multisensory Integration and Inference in an Attention-Driven Cognitive System |
Washington |
DC |
|
64.15.18.B8142 |
NRL |
Reasoning and Explanation in a Computational Cognitive Architecture |
Washington |
DC |
|
64.15.18.B8290 |
NRL |
Intelligent Agents |
Washington |
DC |
|
64.15.18.B8356 |
NRL |
Cognitive Models of Thinking and Reasoning |
Washington |
DC |
|
64.15.18.B8506 |
NRL |
Investigating Large Generative Models and/or Physics-based Neural Network Modeling |
Washington |
DC |
|
64.15.18.C0633 |
NRL |
Computational Models of Perception and Attention |
Washington |
DC |
|
64.15.18.C0876 |
NRL |
Environment Dependent Sensor Fusion for Robotic Perception |
Washington |
DC |
|
64.15.25.B2840 |
NRL |
Structural Characterization of Electronic Materials |
Washington |
DC |
|
64.15.25.B2841 |
NRL |
Chemical Vapor Sensor development |
Washington |
DC |
|
64.15.25.B3603 |
NRL |
Femtosecond Dynamics in Condensed Matter |
Washington |
DC |
|
64.15.25.B3613 |
NRL |
Nanostructure theory |
Washington |
DC |
|
64.15.25.B4347 |
NRL |
Optical and Structural Properties of Wide Bandgap Semiconductors |
Washington |
DC |
|
64.15.25.B4871 |
NRL |
Photophysical Processes in Nanoscale Materials |
Washington |
DC |
|
64.15.25.B5718 |
NRL |
Defects Affecting SiC Power Devices |
Washington |
DC |
|
64.15.25.B5722 |
NRL |
Infrared-Bandgap Type II Antimonide Superlattices for Infrared Photodetectors and Focal Plane Array |
Washington |
DC |
|
64.15.25.B6829 |
NRL |
Physics and Electronics of Graphene and Other 2-Dimensional Materials |
Washington |
DC |
|
64.15.25.B6832 |
NRL |
SiC and GaN Power Devices |
Washington |
DC |
|
64.15.25.B7522 |
NRL |
2D Materials: Fundamental studies in Processing, Nanofabrication, Transport, and Optoelectronics |
Washington |
DC |
|
64.15.25.B7603 |
NRL |
Graphene and 2D Materials: Growth, Functionalization, and Devices |
Washington |
DC |
|
64.15.25.B7826 |
NRL |
SubDiffraction Confinement of Photons using Surface Plasmon and Surface Phonon Polariton Nanostructures |
Washington |
DC |
|
64.15.25.B7920 |
NRL |
Gallium Nitride MEMS Acoustic Resonators |
Washington |
DC |
|
64.15.25.B7928 |
NRL |
Next-Generation Electronic Materials and Devices |
Washington |
DC |
|
64.15.25.B7955 |
NRL |
Advanced Processing Techniques for Next Generation Photovoltaics and IR Photodetectors |
Washington |
DC |
|
64.15.25.B8128 |
NRL |
Synthesis and Characterization of Nanomaterials for Optoelectronics and Quantum Technologies |
Washington |
DC |
|
64.15.25.B8129 |
NRL |
Solid State Quantum Science and Technology (Optics) |
Washington |
DC |
|
64.15.25.B8317 |
NRL |
Solid State Quantum Science and Technology |
Washington |
DC |
|
64.15.25.B8530 |
NRL |
Epitaxial Growth and Characterization of Metal Oxide and Nitride Thin Films |
Washington |
DC |
|
64.15.25.C0006 |
NRL |
Decentralized Computing on Autonomous Mobile Platforms |
Washington |
DC |
|
64.15.25.C0106 |
NRL |
Ultra-wide bandgap semiconductor devices and materials |
Washington |
DC |
|
64.15.25.C0198 |
NRL |
Environmentally-Controlled Pressure-Assisted Sintering (EC-PAS) of Nanopowders |
Washington |
DC |
|
64.15.25.C0263 |
NRL |
Nanoscale Photonics |
Washington |
DC |
|
64.15.25.C0352 |
NRL |
Photophysics in 2D Materials |
Washington |
DC |
|
64.15.25.C0405 |
NRL |
Materials Scientist in Atomic Layer Deposition (ALD) |
Washington |
DC |
|
64.15.25.C0417 |
NRL |
Heterogeneous Integration for Advanced Microscale Optoelectronic Devices |
Washington |
DC |
|
64.15.25.C0486 |
NRL |
Manipulating Light at the Nanoscale |
Washington |
DC |
|
64.15.25.C0657 |
NRL |
High Performance Metal Halide Perovskite Photovoltaics (PV) for Current and Future Naval Applications |
Washington |
DC |
|
64.15.25.C0668 |
NRL |
Integrated photonic networks for quantum information and neuromorphic computing applications |
Washington |
DC |
|
64.15.25.C0685 |
NRL |
Colloidal Nanocrystal Ordered Solids and Halide Perovskites for Solution-Processable Optoelectronics |
Washington |
DC |
|
64.15.25.C0741 |
NRL |
Wide bandgap material and device characterization. |
Washington |
DC |
|
64.15.25.C0758 |
NRL |
Atomic layer deposition on particles |
Washington |
DC |
|
64.15.25.C0793 |
NRL |
Wide and Ultra-Wide Bandgap Semiconductor Growth, Integration, and Characterization |
Washington |
DC |
|
64.15.25.C0804 |
NRL |
Atomic Layer Deposition of Electronic Thin Films |
Washington |
DC |
|
64.15.25.C0827 |
NRL |
Atomic Layer Deposition for Optoelectronics |
Washington |
DC |
|
64.15.25.C0868 |
NRL |
Energy Migration in DNA-organized Dye Networks |
Washington |
DC |
|
64.15.25.C0893 |
NRL |
Computational materials design and engineering |
Washington |
DC |
|
64.15.25.C0896 |
NRL |
Advanced RF-Acoustic Devices for Multi-Domain Applications |
Washington |
DC |
|
64.15.27.B2843 |
NRL |
Combustion Dynamics |
Washington |
DC |
|
64.15.27.B2845 |
NRL |
Solar, Atmospheric, and Astrophysical Sciences |
Washington |
DC |
|
64.15.27.B2846 |
NRL |
Turbulence in Nonreacting and Reacting Flows |
Washington |
DC |
|
64.15.27.B2848 |
NRL |
Vortex Shedding and Transient Fluid Dynamics |
Washington |
DC |
|
64.15.27.C0283 |
NRL |
Hypersonic Vehicle Aerodynamics and Propulsion |
Washington |
DC |
|
64.15.27.C0551 |
NRL |
Unlocking the Fundamental Physics of High-Speed Combustion Through Numerical Simulations |
Washington |
DC |
|
64.15.55.C0772 |
NRL |
Machine-Aided Radar Inverse Scattering for Improving Target Imaging and Recognition |
Washington |
DC |
|
64.15.67.B3978 |
NRL |
Infrared Semiconductor Lasers and Detectors |
Washington |
DC |
|
64.15.67.B3981 |
NRL |
Advanced Simulation of Semiconductor Quantum Heterostructure Devices |
Washington |
DC |
|
64.15.67.B6113 |
NRL |
Laser Cooling and Guiding of Atoms in Optical Waveguides |
Washington |
DC |
|
64.15.67.B6651 |
NRL |
Nanophotonics, Semiconductor Optics, and Integrated Photonics |
Washington |
DC |
|
64.15.67.B8036 |
NRL |
MBE of Antimonide and Phosphide Lasers, Detectors, and Solar Cells |
Washington |
DC |
|
64.15.67.B8092 |
NRL |
Micro-/Nano-Optomechanical Systems and Optical MEMS: Mode Perturbation, Optical Forces, and Light Matter Interactions |
Washington |
DC |
|
64.15.67.B8176 |
NRL |
Cold Atom Quantum Information Science |
Washington |
DC |
|
64.15.67.C0213 |
NRL |
Advanced Atomic Quantum Sensors and Clocks |
Washington |
DC |
|
64.15.67.C0757 |
NRL |
Aerosol Science |
Washington |
DC |
|
64.15.67.C0759 |
NRL |
Laser propagation and imaging in adverse conditions |
Washington |
DC |
|
64.15.67.C0766 |
NRL |
photonic nanomaterials for chemical and biological application |
Washington |
DC |
|
64.15.67.C0879 |
NRL |
Warm Atom-Light Interaction Sensing |
Washington |
DC |
|
64.15.76.B2951 |
NRL |
Short-Wavelength Laser—Vacuum-Ultraviolet and X-Ray Lasers |
Washington |
DC |
|
64.15.76.B2954 |
NRL |
High-Power Laser-Target Studies for ICF |
Washington |
DC |
|
64.15.76.B2957 |
NRL |
Radiation Magneto-Hydrodynamics of High Energy Density Plasmas |
Washington |
DC |
|
64.15.76.B2961 |
NRL |
Dense-Plasma Atomic Physics |
Washington |
DC |
|
64.15.76.B2963 |
NRL |
Pulsed-Power X-Ray Sources |
Washington |
DC |
|
64.15.76.B2964 |
NRL |
Pulsed Power |
Washington |
DC |
|
64.15.76.B2965 |
NRL |
Diode Physics |
Washington |
DC |
|
64.15.76.B2967 |
NRL |
Laboratory, Ionospheric, and Space Experiments |
Washington |
DC |
|
64.15.76.B2968 |
NRL |
Space Physics Simulation Chamber Experiments |
Washington |
DC |
|
64.15.76.B2970 |
NRL |
Nonlinear Science |
Washington |
DC |
|
64.15.76.B2971 |
NRL |
Physics of Intense Ultrashort Pulse Laser-Matter Interactions |
Washington |
DC |
|
64.15.76.B2975 |
NRL |
Nonlinear Dynamics and Chaos Research of High Dimensional Systems in the Physical and Biological Sciences |
Washington |
DC |
|
64.15.76.B3606 |
NRL |
Space-Plasma Physics |
Washington |
DC |
|
64.15.76.B4340 |
NRL |
Inertial Confinement Fusion and Laser-Driven Hydrodynamics |
Washington |
DC |
|
64.15.76.B4870 |
NRL |
Dynamics and Stability of Radiating High Energy Density Plasmas |
Washington |
DC |
|
64.15.76.B5709 |
NRL |
Advanced Plasma Diagnostics |
Washington |
DC |
|
64.15.76.B5710 |
NRL |
Advanced Plasma Processing |
Washington |
DC |
|
64.15.76.B5711 |
NRL |
Low-Temperature Plasma Research |
Washington |
DC |
|
64.15.76.B5713 |
NRL |
Physics of the Earth’s Radiation Belt |
Washington |
DC |
|
64.15.76.B5714 |
NRL |
Dusty Plasma Experiments |
Washington |
DC |
|
64.15.76.B8084 |
NRL |
Intense Lasers and Particle Beams |
Washington |
DC |
|
64.15.76.B8524 |
NRL |
Intense Electromagnetic Field and Material Interaction Physics |
Washington |
DC |
|
64.15.76.C0368 |
NRL |
Uncertainty Quantification in Low Temperature Plasmas |
Washington |
DC |
|
64.15.76.C0652 |
NRL |
Nonlinear Dynamics of Partially Coherent Beams |
Washington |
DC |
|
64.15.85.B2868 |
NRL |
Theoretical Studies of Electronic and Optical Properties of Nanocrystal Quantum Dots and Ordered Nanocrystal Solids |
Washington |
DC |
|
64.15.85.B2884 |
NRL |
Quantum Computation of Molecules and Materials |
Washington |
DC |
|
64.15.85.B2990 |
NRL |
Superconducting Materials |
Washington |
DC |
|
64.15.85.B2995 |
NRL |
Electronic Properties of Novel Electrically Conducting Systems |
Washington |
DC |
|
64.15.85.B3022 |
NRL |
Magnetic and Structural Characterization of Magnetic / Semiconductor Interfaces |
Washington |
DC |
|
64.15.85.B3026 |
NRL |
Microstructural Evolution in Naval Materials |
Washington |
DC |
|
64.15.85.B3600 |
NRL |
Spin-Injection, Transport, and Localization in Graphene and Group IV Materials |
Washington |
DC |
|
64.15.85.B4307 |
NRL |
Ferromagnetic Semiconductors: An Emerging Spintronic Materials Technology |
Washington |
DC |
|
64.15.85.B4320 |
NRL |
Laser-Based Processing of Thin Films |
Washington |
DC |
|
64.15.85.B4322 |
NRL |
Optical Spectroscopy in Condensed Matter and Materials Science |
Washington |
DC |
|
64.15.85.B4863 |
NRL |
Low-temperature Electron Transport through Nanostructures at the LaAlO3/SrTiO3 Interface |
Washington |
DC |
|
64.15.85.B4866 |
NRL |
Origin of Electron Pairing Without Superconductivity |
Washington |
DC |
|
64.15.85.B4868 |
NRL |
Interfacing Molecular and Cell Biology with Solid State Technologies |
Washington |
DC |
|
64.15.85.B5095 |
NRL |
Transport and Magnetic Properties of Oxide Materials |
Washington |
DC |
|
64.15.85.B5309 |
NRL |
Additive Manufacturing Microstructures |
Washington |
DC |
|
64.15.85.B5310 |
NRL |
Transmission Electron Microscopy of Nanomaterials |
Washington |
DC |
|
64.15.85.B5702 |
NRL |
Organic Synthesis in the Areas of Sorbents, Sensing Materials, and Infrared Taggants |
Washington |
DC |
|
64.15.85.B5704 |
NRL |
Direct-Write of Electronics, Sensors, and Micro-Power Sources |
Washington |
DC |
|
64.15.85.B6139 |
NRL |
Coupling Between Charged Defects and the Applied Electric Field during Flash Sintering |
Washington |
DC |
|
64.15.85.B6225 |
NRL |
Mechatronic Inverse Characterization of Materials under Multi-Field Conditions |
Washington |
DC |
|
64.15.85.B6226 |
NRL |
Computational Modeling and Simulation of Data-Driven Multiphysics Systems |
Washington |
DC |
|
64.15.85.B6293 |
NRL |
Multiscale Simulations of Mechanical, Structural, and Energetic Properties |
Washington |
DC |
|
64.15.85.B6443 |
NRL |
Theory of Functional Energy Materials |
Washington |
DC |
|
64.15.85.B7167 |
NRL |
Simulations of Nanocrystal Doping |
Washington |
DC |
|
64.15.85.B7433 |
NRL |
Optical Detection of Explosives and Other Illicit Chemicals |
Washington |
DC |
|
64.15.85.B7745 |
NRL |
Advanced Characterization of 3D Material Microstructures |
Washington |
DC |
|
64.15.85.B7886 |
NRL |
Aberration-Corrected Scanning Transmission Electron Microscopy and Lithography of Two-Dimensional Nanomaterials |
Washington |
DC |
|
64.15.85.B8177 |
NRL |
2D Materials and van der Waals Heterostructures for Opto-electronics and Quantum Science |
Washington |
DC |
|
64.15.85.B8366 |
NRL |
Metal Oxide Thin Films for Metamaterial and Plasmonic Applications |
Washington |
DC |
|
64.15.85.B8464 |
NRL |
Development of Two-Dimensional Hybrid Systems |
Washington |
DC |
|
64.15.85.C0144 |
NRL |
Multiferroics Materials and Devices |
Washington |
DC |
|
64.15.85.C0186 |
NRL |
Density-Functional Theory Studies of Binary Nanocrystal Solids |
Washington |
DC |
|
64.15.85.C0240 |
NRL |
Physicochemical Properties of Sorbent Materials |
Washington |
DC |
|
64.15.85.C0284 |
NRL |
Metamagnetic Transitions as a Route Towards Fully Controllable Magnetism |
Washington |
DC |
|
64.15.85.C0290 |
NRL |
Theoretical Search of Nanostructure with Ground Bright Exciton States |
Washington |
DC |
|
64.15.85.C0303 |
NRL |
Spin dynamics of charge to spin conversion in topological insulators. |
Washington |
DC |
|
64.15.85.C0323 |
NRL |
Topological Materials Synthesis and Device Applications |
Washington |
DC |
|
64.15.85.C0338 |
NRL |
Low Dimensional Phase Transitional Magnetism |
Washington |
DC |
|
64.15.85.C0342 |
NRL |
Plasmonic and thin-film devices, THz photonics, metamaterials and nanophotonics |
Washington |
DC |
|
64.15.85.C0404 |
NRL |
Time resolved analysis of spin dynamics in antiferromagnetic films for spin to charge conversion in topological insulators |
Washington |
DC |
|
64.15.85.C0418 |
NRL |
Transmission Electron Microscopy of Planetary Materials |
Washington |
DC |
|
64.15.85.C0683 |
NRL |
Process Modelling and Optimization for the Synthesis of Multicomponent Ceramics |
Washington |
DC |
|
64.15.85.C0726 |
NRL |
Nanoscale Characterization of Advanced Nitride Materials and Devices |
Washington |
DC |
|
64.15.85.C0729 |
NRL |
Multifunctional materials for Naval Applications |
Washington |
DC |
|
64.15.85.C0756 |
NRL |
Computational Mechanics |
Washington |
DC |
|
64.15.85.C0808 |
NRL |
Additive Manufacturing of Ceramics |
Washington |
DC |
|
64.15.85.C0815 |
NRL |
Doped Semiconductor Alloy Nanostructures |
Washington |
DC |
|
64.15.85.C0824 |
NRL |
Quantitative Biointerfaces for Cell Biology |
Washington |
DC |
|
64.15.85.C0847 |
NRL |
Multifunctional Materials for Naval Applications II |
Washington |
DC |
|
64.15.85.C0865 |
NRL |
First-principles calculations of doping novel semiconductors |
Washington |
DC |
|
64.15.85.C0866 |
NRL |
Atomic-scale Patterning of Materials |
Washington |
DC |
|
64.15.85.C0884 |
NRL |
Dehydrocyclization of CO2 Derived Hydrocarbons |
Washington |
DC |
|
64.15.86.B7705 |
NRL |
Eulerian Orbit Dynamics |
Washington |
DC |
|
64.15.86.C0647 |
NRL |
Propellant Agnostic Plasma Thruster and Cathode Research |
Washington |
DC |
|
64.15.86.C0649 |
NRL |
Laser Induced Fluorescence and Thomson Scattering Plasma Diagnostics for Aerospace Applications |
Washington |
DC |
|
64.15.89.B3033 |
NRL |
X-ray Instrument and Mission Development |
Washington |
DC |
|
64.15.89.B3036 |
NRL |
Gamma-Ray Burst Science |
Washington |
DC |
|
64.15.89.B3037 |
NRL |
Gamma-Ray/Neutron Instrument Development |
Washington |
DC |
|
64.15.89.B3042 |
NRL |
High-Energy Astrophysics |
Washington |
DC |
|
64.15.89.B3044 |
NRL |
Heliophysics Theory and Modeling |
Washington |
DC |
|
64.15.89.B3055 |
NRL |
Thermospheric and Ionospheric Physics |
Washington |
DC |
|
64.15.89.B5733 |
NRL |
Dynamics and Predictability of the Stratosphere and Mesosphere at Small and Large Scales |
Washington |
DC |
|
64.15.89.B5734 |
NRL |
Extension of Navy’s Global Weather Forecast Models and Prediction Capabilities to ~500 km Altitude |
Washington |
DC |
|
64.15.89.B6124 |
NRL |
Optical Atmospheric Spectroscopy |
Washington |
DC |
| • |
64.15.89.B6420 |
NRL |
Spectroscopic Diagnostics of Processes in Collisionless Plasma |
Washington |
DC |
|
64.15.89.B7887 |
NRL |
Climate of Earth’s Upper Atmosphere |
Washington |
DC |
|
64.15.89.B7948 |
NRL |
Magnetic Sources of Solar Activity |
Washington |
DC |
|
64.15.89.B8015 |
NRL |
The Hydrodynamics of Coronal Heating |
Washington |
DC |
|
64.15.89.B8100 |
NRL |
Ionospheric and Thermospheric Specification and Forecasting |
Washington |
DC |
|
64.15.89.B8289 |
NRL |
Ionospheric Modeling and Radio Propagation |
Washington |
DC |
|
64.15.89.C0047 |
NRL |
In-Situ Measurements and Remote Sensing of the Solar Wind |
Washington |
DC |
|
64.15.89.C0156 |
NRL |
A New Global Nonhydrostatic Model of the Deep Atmosphere from 0-500 km Altitude |
Washington |
DC |
|
64.15.89.C0191 |
NRL |
Investigation of the Solar Wind in the Solar Corona and Heliosphere |
Washington |
DC |
|
64.15.89.C0407 |
NRL |
Ionospheric Modeling |
Washington |
DC |
|
64.15.89.C0508 |
NRL |
Magnetohydrodynamic Evolution of Solar Flares |
Washington |
DC |
|
64.15.89.C0618 |
NRL |
Multiwavelength Pulsar Science |
Washington |
DC |
|
64.15.89.C0632 |
NRL |
Optical Sensor Development for Astrophysics |
Washington |
DC |
|
64.15.89.C0650 |
NRL |
Investigations of the Solar Drivers for Space Weather |
Washington |
DC |
|
64.15.89.C0854 |
NRL |
Heliophysics Theory and Modeling |
Washington |
DC |
|
64.17.01.B3083 |
NRL |
Modeling of Ocean Surface Waves |
Stennis Space Center |
MS |
|
64.17.01.B3085 |
NRL |
Numerical Tide Modeling |
Stennis Space Center |
MS |
|
64.17.01.B3086 |
NRL |
Numerical Modeling of River-Influenced Coastal Ocean Dynamics |
Stennis Space Center |
MS |
|
64.17.01.B3633 |
NRL |
Regional and Coupled Modeling Systems |
Stennis Space Center |
MS |
|
64.17.01.B4364 |
NRL |
Global Predictive Seafloor Modeling; Geoacoustics, Sediment Physics, Gas, and Gas Hydrates |
Stennis Space Center |
MS |
|
64.17.01.B6114 |
NRL |
Ocean Data Assimilation for Operational Ocean Forecasts |
Stennis Space Center |
MS |
|
64.17.01.B6579 |
NRL |
Advanced Data Assimilation into Ocean Models |
Stennis Space Center |
MS |
|
64.17.01.B6644 |
NRL |
Coupled Bio-Optical-Physical Modeling, Data Assimilation, and Adaptive Sampling |
Stennis Space Center |
MS |
|
64.17.01.B6662 |
NRL |
Field Measurements of Bottom Boundary Layer Processes |
Stennis Space Center |
MS |
|
64.17.01.B7131 |
NRL |
Dynamics of Ocean Fronts and Eddies |
Stennis Space Center |
MS |
|
64.17.01.B7457 |
NRL |
Ocean Ensemble Forecasting |
Stennis Space Center |
MS |
|
64.17.01.B7780 |
NRL |
Development of the Adjoint-Free Variational Data Assimilation System for Regional Models |
Stennis Space Center |
MS |
|
64.17.01.B7868 |
NRL |
Microbiologically Influenced Corrosion of Materials in Marine Environments |
Stennis Space Center |
MS |
|
64.17.01.B7899 |
NRL |
Turbulence Resolving Modeling of Coasta Boundary Layerl Processes |
Stennis Space Center |
MS |
|
64.17.01.B8114 |
NRL |
EnKF (Ensemble Kalman Filter) Based Global Ensemble Forecast System Using HYCOM |
Stennis Space Center |
MS |
|
64.17.01.C0087 |
NRL |
Deterministic and Probabilistic Modeling of Nearshore Hydro- and Morphodynamics |
Stennis Space Center |
MS |
|
64.17.01.C0143 |
NRL |
Coastal and Nearshore Hydrodynamics |
Stennis Space Center |
MS |
|
64.17.01.C0179 |
NRL |
Mixing Processes in the Southwestern Japan/East Sea (MJES) |
Stennis Space Center |
MS |
|
64.17.01.C0209 |
NRL |
Mixing, circulation, and air-sea interaction in the Arabian Sea and Bay of Bengal |
Stennis Space Center |
MS |
|
64.17.01.C0596 |
NRL |
Separation of internal waves from oceanic state variables |
Stennis Space Center |
MS |
|
64.17.01.C0600 |
NRL |
Bio-Optical Linkages to Acoustic Scattering Layers |
Stennis Space Center |
MS |
|
64.17.01.C0720 |
NRL |
Optimization of unmanned observing swarms supporting assimilative ocean forecast systems |
Stennis Space Center |
MS |
|
64.17.01.C0733 |
NRL |
Predicting ocean physics across scales |
Stennis Space Center |
MS |
|
64.17.01.C0749 |
NRL |
Utilizing Physics Informed Neural Networks (PINNs) to Predict Seabed Sediment Properties |
Stennis Space Center |
MS |
|
64.17.01.C0775 |
NRL |
Precision assessment of the wide-swath altimetry |
Stennis Space Center |
MS |
|
64.17.01.C0799 |
NRL |
Marginal Sea Upwelling and Tides |
Stennis Space Center |
MS |
|
64.17.01.C0819 |
NRL |
Deep Ocean Bottom Boundary Layer Dynamics |
Stennis Space Center |
MS |
|
64.17.01.C0891 |
NRL |
Deep Ocean Bottom Currents in the Northern South China Sea |
Stennis Space Center |
MS |
|
64.17.01.C0898 |
NRL |
Ocean Light and Shadows |
Stennis Space Center |
MS |
|
64.17.01.C0905 |
NRL |
Air-sea fluxes over waves |
Stennis Space Center |
MS |