Funding Search

Supports efforts to improve the adoption of cyberinfrastructure resources by the research community and integrate core literacy, skills in advanced cyberinfrastructure, and computational and data-driven methods into undergraduate and graduate education.

Supports translational research and workforce development at the interface of fundamental plasma science and technological innovation.

Supports research that uses new computational and data science approaches to advance knowledge and accelerate discovery in science and engineering.

Supports interdisciplinary collaborative research to explore new computational technologies and accelerate scientific discovery.

Supports research to advance the interoperability of studies using electromagnetic waves, high-energy particles including neutrinos and cosmic rays, and gravitational waves to realize integrated, multi-messenger astrophysical explorations of the universe.

Supports postdoctoral fellows performing impactful research in MPS fields while broadening the participation of groups that are underrepresented in the mathematical and physical sciences.

Supports research in fundamental plasma physics including study of magnetized plasmas, high-energy-density plasmas, low temperature plasmas, strongly coupled plasmas, non-neutral plasmas, and intense field-matter interaction in plasmas.

Supports collaborative high-risk, high-reward projects to develop cutting-edge tools and methods that advance RNA biological research and biotechnology for applications across various sectors, including agriculture, energy and global health.

Supports researchers in quantum information science, mathematical and physical sciences, or computer and information science and engineering to pursue joint research through long-term visits to a host institution.

Supports the development of science-driven cyberinfrastructure through computational advances focused on Big Data and high-performance computing convergence, algorithm development, and community-building activities for computational and data-enabled science.

Supports experimental research at the frontiers of nuclear physics in the following areas: nuclear astrophysics, structure and reactions; nuclear and hadron quantum chromodynamics; precision measurements of fundamental symmetries and constants.

Supports research to advance the interoperability of studies using electromagnetic waves, high-energy particles including neutrinos and cosmic rays, and gravitational waves to realize integrated, multi-messenger astrophysical explorations of the universe.

Supports research that harnesses fundamental quantum properties to explore new scientific frontiers and develop new technologies at the interface of traditional scientific disciplines.

Supports research and infrastructure activities focused on gravitation at large and small scales as well as data analysis for gravitational wave detectors.

Supports experimental research on the fundamental quantitative understanding of atoms and molecules, their interactions with each other and their interaction with light, and the application of AMO methods to fundamental science in some other areas of physics.

Supports research across all domains of theoretical high-energy physics, including collider physics, Standard-Model physics, and physics beyond the Standard Model, including supersymmetry, extra dimensions, string phenomenology and string theory.

Supports research on the fundamental nature of matter, energy, space and time in the following areas: cosmic phenomena, underground physics and IceCube research support.

Supports instrumentation development at the Laser Interferometer Gravitational-Wave Observatory, including instrument science, detector characterization, and the development of technologies for future generations of gravitational-wave detectors.