Browse All Grants
36,339 grants found
Showing 33,041 – 33,060 of 36,339 grants
DMS-EPSRC: Topology of Automated Motion Planning
This project will investigate new mathematics useful for understanding the complexity of robotic action in a physical environment. The project thus concentrates on those aspects th...
Collaborative Research: RUI: IRES Track 1: Empowering students to bridge the gap between hydrologic science and community resilience: A case study in post-glacial Perú
Solutions to water resources management and water security require not only fundamentally sound science, but also a diverse coalition of trained scientists that recognizes and is a...
IRES Track II: Complexity advanced studies institute - Germany, Austria, Italy, Netherlands (Complexity-GAINs)
Many challenges in the world today – disease dynamics, collective and artificial intelligence, belief propagation, financial risk, national security, and ecological sustainability...
Numerical Methods in Noncommutative Matrix Analysis
The project will develop algorithms that are useful for modern physics and quantum information. In particular, the methods developed will be important for modeling topological lase...
DMS-EPSRC Collaborative Research: Advancing Statistical Foundations and Frontiers for and from Emerging Astronomical Data Challenges
Statistical theory and methods play a fundamental role in scientific discovery and advancement, including in modern astronomy, where data are collected on increasingly massive scal...
Collaborative Research: Exploring the dynamic interaction between pyrogenic carbon and extracellular enzymes and its impacts on organic matter cycling in fire-impacted environments
Fires, whether occurring naturally or caused by human activities, are a pervasive disturbance to many ecosystems and the global carbon (C) cycle. Fires convert tremendous amounts o...
Collaborative Research: Arc plutonism along the Denali Fault, Alaska: Possible fault controls on incremental magma transport and assembly along a long-lived strike-slip fault
Volcanoes above subduction zones almost always appear as an irregular or curvy line on the surface of the earth. Scientists have a general idea of why these “arc” volcanoes, such a...
Collaborative Research: Parallel Space-Time Solvers for Systems of Partial Differential Equations
Computer simulations and the mathematical methods supporting these are central to the modern study of engineering, biology, chemistry, physics, and other fields. Many simulations a...
Conformations and Dynamics of Modular Redox Enzymes via Site-Specific 2D Infrared Spectroscopy
Proteins need to move in order to function, but scientists still know very little about such motions. This research will allow Dr. Feng to develop a modern research tool in his own...
Diffusive Regularization in Kinetic and Fluid Equations
Kinetic equations form the mathematical basis for modeling and understanding high-energy gases with large-scale interactions and are used to predict the motion and radiation of pla...
Non-Asymptotic Random Matrix Theory and Random Graphs
This research is intended to provide new connections between two areas of mathematics, probability and functional analysis. One of the main objects of investigation is a random mat...
Collaborative Research: SaTC: CORE: Medium: A Large-Scale, Longitudinal Resource to Advance Technical and Legal Understanding of Textual Privacy Information
A key aspect of consumer privacy protection is transparency. Yet despite a wealth of privacy policies and other texts that are pertinent to organizations' privacy practices, a...
Structure and Process Engineering Facilitated by PAMAM Dendrimers for Highly Stable Perovskite Solar Cells
Despite dramatic progress in efficiency, perovskite solar cells still must overcome some major problems before becoming economically competitive in the photovoltaic market. The mai...
Field Mediated Assembly of Anisotropic Colloids on Surfaces
The goal of this project is to understand how to create ordered coatings of different shaped particles with advanced material properties. The project aims to understand how differe...
Collaborative Research: New Roles for Reactive Oxygen Species in Mediating Carbon Fluxes at the Terrestrial-Aquatic Interface
Wetlands in the north central region of the United States are important ecosystems that play critical roles in the regional carbon cycle and are likely to be dramatically affected...
SBIR Phase I: Leveraging smartphone data to improve clinical decisions in concussion care
The broader impact/commercial potential of this Small Business Innovation Research (SBIR) project is to develop a more objective measure of symptoms after a concussion. Each year,...
Collaborative Research: How does the deep critical zone (CZ) structure impact the hydrology and coupled carbon cycling of northern peatlands?
Northern peatlands are a unique type of wetland found in the northern United States and a dominant landform at higher latitudes, including Canada, northern Scandinavia and Russia....
Collaborative Research: An integrated model-proxy approach to understanding Western US hydroclimate change since the last glacial period
Understanding what processes drive changes in rainfall along the U.S. West Coast is essential for predicting future water availability in this densely populated and agriculturally...
EAGER: Advancing Neuro-symbolic AI with Deep Knowledge-infused Learning
The first wave of AI termed symbolic AI, focused on explicit knowledge. The current second wave of AI is termed statistical AI. The deep learning techniques have been able to explo...
SBIR Phase I: High-Resolution Image Segmentation for Natural Resource Management
The broader impact/commercial potential of this Small Business Innovation Research (SBIR) Phase I project is to produce currently unavailable high-resolution vegetation maps and an...