Grants

City of The Dalles

Brownfields Database Planning Project

Columbia-Pacific Economic Development District

Brownfields Integrated Planning Project

Department of Toxic Substances Control

The RLF Grant Program provides grants to help nonprofits, tribal entities, and local governments who are not potentially liable under CERCLA section 107 assess or clean up brownfields that they own. DTSC accepts applications continuously, subject to fund availability. In 2023, there is not sufficient funding in the Revolving Loan Fund, therefore DTSC is not accepting applications at this time.

Mansfield

Browns RD Resurfacing

DPH

Brownstone Avenue Water Main Replacement

Teens for Food Justice, Inc.

Cultural After-School Adventure (CASA)

Victory Music and Dance Company, Inc.

Local

Victory Music and Dance Company, Inc.

Local

Teens for Food Justice, Inc.

Cultural Immigrant Initiative

North Haven

Brozek Softball Field

Underground Railway Theater / Central Square Theater

Brundibar Connectivity and Engagement

Brunswick County Economic Development Foundation Inc

Brunswick County Economic Development Foundation Inc is an active grantmaking foundation based in Leland, NC. Focus: community development. Contact the foundation directly for current funding opportunities.

Lyme

Brush Hill Road Chip Seal.

Bryant Elementary School PTSA

We will hire an evening computer lab coordinator to oversee public use of an elementary school computer lab after hours. The coordinator will help expand course offerings and open lab times, recruit and schedule volunteers.

Bryant Elementary School PTSA

To help students and their families gain computer literacy, Bryant Elementary School's computer lab will be upgraded. The after-school tutoring program will be expanded to include computer access and training.

NSF

The PI and graduate students will make precise measurements of the basic properties of free neutrons to improve our understanding of the fundamental forces in nature. Neutrons, trapped in atomic nuclei along with protons, make up about one-half of the observable matter in the Universe. The group will participate in the UCNtau+ (Ultra-Cold Neutron Lifetime) experiment which hopes to make the most precise measurement of the lifetime of the free neutron. This will improve our understanding of the weak nuclear force that plays an important role in understanding the Big Bang at the beginning of the universe as well as nuclear energy generation in the sun and stars. Participation in these experiments by graduate students helps provide the nation with a highly trained workforce in Nuclear Science and Technology, with applications in medicine, new technology, national defense as well as basic science. The PI and graduate students will use novel techniques to perform precision measurements with trapped spin-polarized Ultra-Cold Neutrons (UCN). For the UCNtau+ experiment, which uses a bath-tub size array of permanent magnets to levitate the neutrons and prevent them from being absorbed by material walls, the PI and students will work on data-taking and data-analysis. Participation in this experiment allows graduate students to learn low-temperature cryogenic techniques and quantum control of neutron spins while also helping to provide the nation with a highly trained workforce in Nuclear Science and Technology, with applications in medicine, quantum control, national defense as well as basic science. This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.

NSF

Although current physics theories successfully explain nearly all laboratory experiments carried out to date, they cannot account for key properties of the universe as determined from astrophysics. For instance, the observed structure of the universe can only be explained through the existence of dark matter—a form of matter that is fundamentally different from atoms, and which has never been detected on Earth because it interacts only extremely weakly with regular matter. In addition, although gravity has been studied for hundreds of years, gravitational forces between microscopic particles that obey the laws of quantum mechanics have never been measured, and theories of gravity may need to be modified in the quantum realm. In this work, the research team will develop new types of force sensors that may allow detection of the tiny forces imparted by dark matter, or from gravity between microscopic particles. Students and postdocs participating in this work will be trained in advanced quantum sensing techniques and will work with the PI to teach a hands-on summer program for local high school students about physics in their everyday lives and connections to state-of-the-art research. This research program will employ arrays of micro- and nano-particles trapped in ultra-high vacuum as sensitive force sensors for searches for physics beyond the Standard Model of Particle Physics. The research team will use these particle arrays to search for dark matter that primarily interacts coherently with nano- or micro-sized particles (rather than single nuclei or electrons), with several orders-of-magnitude improved sensitivity over previous searches for such dark matter models. In addition, the research team will develop techniques to trap solid noble gas particles, such as solid xenon, in a cryogenic optical trap. Solid noble gas particles may provide significant advantages over existing techniques (that primarily employ silica particles) due to their extremely high purity and ability to construct large particle arrays. This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.

NIDCD - National Institute on Deafness and Other Communication Disorders

A sustained decline in practicing surgeon–scientists has been identified as a major contributor to the bench-to-bedside translation gap in otolaryngology. This R25 program directly addresses these barriers by implementing an interdisciplinary, structured, and holistic training program designed to launch successful, self-sustaining careers in a cohort of next-generation otolaryngology surgeon–scientists. The program will achieve this goal through three integrated objectives: (1) recruitment of a cohort of medical students and otolaryngology residents with strong potential for academic research careers; (2) delivery of a comprehensive training curriculum encompassing research methods, outcomes research, statistics, team science, scientific communication, grant writing, wellness, and professional development; and (3) creation of an interdisciplinary and collaborative research environment that supports mentorship, team-science, and long-term career sustainability. By leveraging Ohio State University’s extensive translational research infrastructure, interdisciplinary faculty expertise, and trainee wellbeing, this program aims to strengthen the otolaryngology surgeon–scientist pipeline and advance NIDCD-relevant research across the lifespan.

SP APPROP Municipal Restructuring

Buckhurst Fish & Jacquemart DRI

Regional Council Capital Fund - RC4

Buckingham Manufacturing Capital II

Town of Manchester

Priority

Town Of Manchester

Priority

Waterbury

Bucks Hill Park Basketball Courts

TRANSPORTATION

BUDGET STABILIZATION STATE FISCAL RELIEF