NSF Grants

NSF 26-521 folds eight materials programs into one solicitation carrying $100 million and 200 to 300 awards. Proposals are accepted anytime — but no individual may appear as PI or co-PI on more than one proposal per fiscal year across all eight programs. That single sentence reshapes how materials labs collaborate.

NSF 26-523 folds 12 core physics programs and three cross-cutting ones into a single solicitation with $180 million and roughly 300 awards. Proposals are accepted anytime, but AMO-Experiment and Gravitational Physics still target November 25 and QIS targets December 8. Cost sharing is prohibited, indirect cost rates are now a tiebreaker, and NSF reserves the right to phase out long-duration efforts after comparative review.

NSF 26-526 posted August 25 with October 19-23 deadlines instead of November, ten eligible fields instead of eleven, and a newly ineligible category covering wildlife management and conservation practice. NSF just offered 2,500 fellowships for 2026. The new solicitation estimates 1,500.

NSF 26-516 folds Atmospheric and Geospace Sciences, Earth Sciences and Ocean Sciences into a single GEO Core solicitation: $110 million, 200 to 350 awards, proposals accepted anytime. Geosciences piloted no-deadline review nine years ago and knows what it does to submission volume. Here is the per-award math, the ship-time and permitting traps, and the two-year data-archive clock that now governs every award.

NSF 26-520 consolidates 14 mathematical sciences programs into $200 million and 400 to 600 awards with no per-PI cap and no deadline. Folded into it are Research Training Groups and Focused Research Groups — department-scale, cohort-building competitions that ran on a fixed annual date. Here is why removing that date is a different kind of change for training grants than for single-investigator grants, and what math departments should do before the fall.

NSF 26-522 consolidates AAG, ATI and MSIP into a single astronomical sciences solicitation with $100 million and about 140 awards. Accomplishment-based renewals will be returned without review, voluntary cost sharing is prohibited, and routine instrument upgrades are explicitly deprioritized. The new Innovations track — one to three awards a year — is where facility operations and community observing time now live.

NSF 26-514, 26-515 and 26-518 put $310 million and up to 850 awards on rolling submission with zero per-PI limits, while chemistry rations two proposals a year and materials rations one. The Engineering directorate ran this experiment eight years ago. When NSF tried it in Earth Sciences, proposal volume fell 59 percent. Here is what that history predicts, and how to use a directorate that is not counting your submissions.

NSF 26-517 replaces the core solicitations of Environmental Biology, Integrative Organismal Systems and Molecular and Cellular Biosciences with a single directorate-wide opportunity. Proposals are accepted anytime, sorted centrally by NSF rather than targeted by the PI, and reorganized under three inquiry areas. Here is what the $280 million actually buys, why the loss of program targeting cuts both ways, and what to do before the September 16 webinar.

NSF 26-519 puts $150 million and 300 chemistry awards on a rolling submission schedule, then caps each individual at two proposals per year counting PI, co-PI and senior/key personnel roles. Materials caps at one. Physics, math, astronomy, geosciences and biology cap at none. Here is the full quota map across all seven new core solicitations, why the senior-personnel clause is the trap, and how to allocate a quota you did not know you had.

NSF 26-524 commits $30 million over FY2027 and FY2028 to wave-based computing — up to $2 million for four-year multidisciplinary awards, $100,000 to $400,000 for two-year exploratory ones. Eleven of the twelve August NOFOs consolidated existing programs. This one funds something NSF has never funded. Here are the three required thrusts, the tenure-track restriction, the one-proposal-per-person rule, and the spin-wave exclusion that disqualifies an entire subfield.

NSF 26-501 (CAMEL) commits $9 million to build AI-ready K-12 mathematics datasets across 6–7 awards of up to $1.5 million each. The money is co-supported by the Walton Family Foundation — and the solicitation bars WFF staff and partners from participating in any capacity, prohibits voluntary cost sharing, and requires reports be shared with the foundation after NSF review. Here's how the public-private structure works, and what Phase II means for teams already in.

POSE became PESOSE — Pathways to Enable Secure Open-Source Ecosystems — and the added word is not cosmetic. NSF 26-506 brings a third track funding vulnerability remediation in existing ecosystems, keeps the $300,000 planning and $1.5 million build tracks, anticipates 40 to 60 awards against $40 million, and closes September 1, 2026. The I-Corps requirement and the PI eligibility rule are where most applicants will trip.

NSF 26-525 keeps the $15 million, seven-year headline that makes Expeditions the largest single investment CISE makes. What changed is underneath: funding is now split into three explicit phases, Years 6 and 7 are contingent on a Year 5 site visit, the Innovation Transition supplement is gone, and the competition calendar moved from June to December — pushing awards out past 2028.

On August 17, 2026, NSF released 12 new notices of funding opportunity worth over $1.5 billion across BIO, CISE, ENG, GEO and all five MPS divisions. The headline is the money. The structural change is that most of these solicitations say Proposals Accepted Anytime — replacing hard deadlines with soft target dates, consolidating dozens of program descriptions into single directorate-wide NOFOs, and quietly moving the competitive pressure from the calendar to the queue.

Announced August 4, 2026, NSF 26-513 will fund up to 10 State and Regional AI Infrastructure Hubs at $4-12M each over five years. It is a cooperative-agreement, public-private consortium model designed to put frontier compute in the hands of researchers outside the elite institutions. Here is how the program is structured, who can lead, and how to build a competitive consortium before the November 4 deadline.

The RFI closed June 22. Now the forum is standing up. AI Forge is a jointly governed, university-led venture funding interpretability, control, and adversarial robustness in one-year Project Ventures — here's how the 15 challenges, the CAISI tie, and the nonprofit administrator reshape who gets funded.

In January 2026, DOE Policy Flash PF-2026-30 wiped out every 15% and 10% indirect cost cap the administration had imposed in 2025 — because H.R. 6938 ordered it to. The same law froze indirect policy at NSF, Commerce and NASA. But OMB's sweeping new grants rule quietly reopens the fight through the back door. Here is what changed, what money recipients can claw back, and how to protect your indirect recovery going forward.

NSF just committed $380 million to build a national network of AI-programmable, remotely operated laboratories — the Programmable Cloud Laboratories Test Bed (NSF 25-541), the agency's flagship contribution to the Genesis Mission. Twenty nodes, four years, self-driving experiments in chemistry, biology and materials. Here is what it funds, who is eligible, why the 'existing facilities only' rule matters, and how researchers and companies should position for what comes next.

CMS awarded all 50 states a slice of the $50 billion Rural Health Transformation Program on December 29, 2025 — first-year checks average $200M, ranging from $147M to $281M. The federal application is closed and you cannot apply to CMS. The money reaches hospitals, clinics, and nonprofits only as state subawards, and those competitions open through 2026. Here is how the formula worked, what the funds can and cannot buy, and how to position for a subaward before the money starts flowing.

On July 22, 2026, NSF announced $83M in Integrated Data Systems & Services (IDSS) awards — national-scale data infrastructure that sits underneath AI-for-science alongside NAIRR. Category I awards run $10M–$30M over five years; Category II transitions regional pilots to national operations. The FY26 cohort is set and the July 28 deadline just closed. Here is who won, how the two categories and the one-proposal rule work, and how to build a competitive submission for the annual cycle that reopens next July.

CMS awarded the entire $50 billion Rural Health Transformation Program to all 50 states, with first-year checks averaging $200M per state and money starting to move October 1, 2026. The federal contest is over — but for rural hospitals, clinics, behavioral-health providers, and nonprofits, the real competition is just beginning inside each state's sub-grant process. Here is how the money splits, what it can fund, and how to position now.

NSF's TechAccess: AI-Ready America commits up to $224 million to build one AI-readiness coordination hub in every state, DC, and U.S. territory. Round 1 closed July 16, 2026 — but Rounds 2 and 3 are still open, and most states are still up for grabs. Here is how the hub structure works, who is eligible, why cost sharing is banned, and how to position an institution to own its state's hub.

NSF just put $83 million into six national-scale data systems through its Integrated Data Systems and Services program — the plumbing that makes AI-for-science actually work. Here is who won, how the three-category structure (national-scale, transition, planning) really functions, why the Category III planning grant is the on-ramp most teams should be aiming at, and how to build readiness before the next fourth-Tuesday-in-July deadline.

NSF's new AI Datasets solicitation puts up to $100 million behind a specific bet: that the bottleneck in AI-for-science is not models but data. Here is how the three award tiers work — Flagship up to $5M, Impact up to $2M, Planning up to $200K — who is eligible, why voluntary cost sharing is banned, and how to build a proposal that survives review before the November 4, 2026 deadline.

CMS awarded all 50 states their first-year slice of the $50 billion Rural Health Transformation Program in December 2025 — from $147M in New Jersey to $281M in Texas. Now the money is moving downstream: New Jersey and New York have already launched subaward RFAs, and rural hospitals, clinics, community organizations, and tribal groups are the eligible applicants. Here is how the allocation formula worked, what the money can and cannot fund, and the strategy to win a state subaward.

On July 22, 2026, NSF announced $83 million in Integrated Data Systems and Services awards and launched a companion program, Unlocking Dataset Value for AI-Enabled Scientific Discovery, offering up to $100 million in $2M-$5M awards. Together they fund the least glamorous and most decisive part of the AI-for-science stack: the data. Here is what each program funds, who won the first round, how the two fit the Genesis Mission, and the concrete strategy for research teams that missed the first cohort.

NSF's Growing Convergence Research program (NSF 24-527) offers up to $1.2 million in a two-year Phase I and up to $2.4 million more in a three-year Phase II — $3.6 million across five years — with a $16 million pool funding just 6 to 10 projects and a February 8, 2027 deadline. But GCR is not a bigger version of an interdisciplinary grant. It funds a specific team architecture, and the proposals that lose are usually the ones that mistake multidisciplinary collaboration for convergence. Here is what NSF actually means by convergence, how the two-phase gate works, and how to build a team that survives the Phase I review.

NSF's NAIRR Operations Center solicitation (NSF 25-546) will make a single award of up to $35 million over five years to the organization that will run the National AI Research Resource — the shared computing, data, and model infrastructure that has already connected over 400 U.S. research teams. This is a rare winner-take-all federal competition where the prize is not funding for your own research but the mandate to operate national infrastructure. Here is what the NAIRR is, why its transition from pilot to permanent program matters, and what kind of organization can credibly win it.

On July 14, 2026, NSF named 12 new Regional Innovation Engines across 20 states, each starting with $15 million over two years and eligible for up to $160 million across a decade. But the Engines program is not a research grant — it is a bet on a regional coalition's ability to convert federal seed money into private matching capital. The first cohort turned $135 million into over $2 billion in commitments. Here is how the milestone-gated structure actually works, who wins these awards, and what a region needs in place long before the next competition opens.

NSF 26-508, TechAccess: AI-Ready America, will fund up to 56 State/Territory Coordination Hubs at $1 million a year for three-plus years — a $168M to $224M national program with no cost-share and one award per state. Round 1 closed July 16, 2026, but the program stages 10 hubs per round, which means Round 2 (Letter of Intent December 15, 2026; full proposal January 15, 2027) is the live opening for most states. Here is what a coordination hub actually has to do, why the one-proposal-per-institution rule reshapes who leads, and how to position now.

NSF X-Labs is unlike any NSF program in the agency's history: it runs on Other Transaction Authority, not a grant; it funds teams up to $1.5M in Phase 0 and as much as $50 million per year in Phase 1; and it demands an 8-page written proposal followed by an invitation-only oral defense in which NSF refuses to look at what you wrote. The Quantum Systems topic closes July 24, 2026. Here is what X-Labs actually is, why the structure signals a new NSF, and who is positioned to win a DARPA-style award from an agency that has never operated this way before.

NSF's CREST-RISE program builds STEM doctoral capacity at minority-serving institutions that are also 'emerging research institutions' — schools with under $50 million in annual research expenditures. Awards run up to about $2 million against a roughly $6 million program budget, with three distinct tracks and an August 7, 2026 deadline. Here is who actually qualifies, how the three tracks differ, and why the emerging-research-institution threshold is the eligibility line that decides everything.

The NSF Robert Noyce Teacher Scholarship Program makes roughly $68 million available to fund the pipeline of STEM majors and professionals into K-12 classrooms in high-need districts, with awards up to $3.25 million and a full-proposal deadline on the last Tuesday of August 2026. For this cycle, NSF has waived the Track 2 and Track 3 cost-sharing requirement — a change that quietly removes the single biggest barrier for many applicant institutions. Here is how the four tracks work and how to build a competitive proposal.

NSF's CAREER award pays a minimum of $400,000 over five years and is the agency's most prestigious grant for pre-tenure faculty. But the July 22 deadline hides a harder truth: CAREER is not a research grant with an education paragraph bolted on. Here is what the program actually rewards, who is eligible, how many attempts you get, and how to position a proposal that survives a brutal success rate.

The renamed CyberAICorps Scholarship for Service (NSF 26-503) pays students $27,000 to $37,000 a year plus full tuition, funds institutional awards up to roughly $2.5 million, and adds a service obligation in government AI and cybersecurity roles. The July 21 Scholarship Track deadline is a workforce-policy tell disguised as a grant. Here is what changed, who qualifies, and how universities should position.

NSF's Trailblazer Engineering Impact Award (NSF 26-502) gives a single principal investigator up to $3 million over three years to pursue a high-risk, field-defining project. The July 24 full-proposal deadline is invitation-only — the real contest happened months earlier. Here is how the three-stage structure works, who is eligible, why the no-co-PI rule is the point, and how to position for the next cycle.

NSF's Faculty Early Career Development Program — the CAREER award — has a July 22, 2026 deadline, a $400,000 floor, a five-year runway, and roughly 500 awards a year across every directorate. It is the most prestigious grant a pre-tenure scientist can win, and the one most often lost on the integration requirement rather than the research. Here is what the award actually funds, who is eligible, and how to build a proposal that treats research and education as one program instead of two.

NSF's new CyberAICorps Scholarship for Service (CyberAI SFS) extends the decades-old CyberCorps model to the AI-plus-cybersecurity workforce, with a Scholarship Track deadline of July 21, 2026. It funds full tuition, a stipend, and professional costs for students who commit to federal, state, local, or tribal government service after graduation. Here is how the program works, who applies — the institution, not the student — and why the July cycle is the one that matters.

NSF's rebuilt SBIR/STTR program (NSF 26-510) pairs a $305,000 Phase I with a brand-new Strategic Breakthrough award worth up to $30 million for the strongest Phase II companies. The next Project Pitch deadline is July 27, 2026. Here is how the non-dilutive funding ladder now works, why the Project Pitch gate decides everything, and how a founder should sequence the next twelve months.

NSF's TechAccess: AI-Ready America (NSF 26-508) will fund up to 56 State/Territory Coordination Hubs at $1 million per year for three years — one per state, DC, and U.S. territory. Round 1 awards just 10 hubs, with a July 16, 2026 deadline. Here is why the first cohort matters disproportionately, who is eligible to lead a hub, and how coalitions should position before the January and July 2027 rounds fill the map.

NSF's E-CORE program funds up to 15 awards of up to $10 million over four years to help EPSCoR jurisdictions build the infrastructure cores — administration, cyberinfrastructure, workforce pipelines — that make research competitive. It's an institution-level award, not a lab grant, and the July 21, 2026 deadline rewards a fundamentally different proposal than most NSF competitions. Here's how it works.

The CyberAICorps Scholarship for Service (NSF 26-503) rebuilds the 25-year-old SFS program around AI. Institutions can win up to $2.5M to fund students at $27K–$37K a year plus a $6K professional allowance, in exchange for a government-service commitment. The FY27 competition closes July 21, 2026 — here's how the program actually works and who should apply.

NSF 26-509 puts $60M behind national-scale data cyberinfrastructure for AI-driven science, with awards from $500K to $30M across three categories. The catch: an individual can be on only one proposal across Categories I and II per deadline. Here's how the category structure, the operations-not-research framing, and the July 28 date shape who wins.

After months dark, NSF's SBIR/STTR program relaunched with $250M, a July 27, 2026 Phase I deadline, and a new $30M Strategic Breakthrough escalator. This is the deep dive on NSF 26-510, the 26-511 instrumentation pilot, the mandatory Project Pitch on-ramp, and how to sequence a non-dilutive raise that starts at $305K and can reach eight figures.

NSF EPSCoR E-CORE funds jurisdiction-wide research ecosystems in 28 EPSCoR-eligible states and territories with awards up to $10M over four years. The July 21, 2026 deadline funds up to 15 new hubs from a $37.5M pool. Here's who qualifies, what a research ecosystem actually means, and how to compete.

NSF 26-508 (TechAccess: AI-Ready America) funds a single AI coordination hub per state at $1M/year for three years. Round 1 closes July 16, 2026, and only 10 of 56 hubs get decided first. Here's who can realistically win the backbone role and how to build a proposal that survives review.

NSF folded artificial intelligence into its flagship CyberCorps Scholarship for Service and relaunched it as CyberAICorps (NSF 26-503). Here is what the $27K–$37K student stipends, the government-service obligation, and the two tracks mean for universities — and why the July 21 Scholarship Track deadline is a signal, not just a date.

The NSF CAREER award puts a minimum of $400,000–$500,000 over five years behind a single untenured faculty member, and it is the credential that shapes a research career. Here is who is eligible, why the integration of research and education is the criterion that decides it, and how to approach the July 22, 2026 deadline.

NSF 25-523 (E-CORE) puts up to $10 million over four years behind jurisdiction-wide research infrastructure cores — research administration, cyberinfrastructure, STEM pathways, broadening participation — in EPSCoR-eligible states and territories. Here is how E-CORE differs from E-RISE, who can lead a proposal, and how a jurisdiction should think about the July 21 deadline.

NSF 26-508 (TechAccess: AI-Ready America) puts up to $224 million behind as many as 56 statewide coordination hubs — $1 million a year for three years each — to make businesses, governments, and workers AI-ready. Here is what a hub actually does, who can lead one, why round one is the round to win, and how to approach the July 16 deadline.

The NSF CAREER award pays a minimum of $400K over five years, is open once a year to pre-tenure faculty across every NSF directorate, and shapes tenure cases far beyond its dollar value. With the FY2026 deadline on July 22 and program officer discretion rising, here is what reviewers actually reward and why the integrated education plan is the part most applicants get wrong.

EPSCoR E-RISE funds research incubators at up to $8M over four years, with renewals to $4.5M more and up to 15 awards a year. It is the build-the-engine companion to E-CORE's build-the-ecosystem grant. Here is who is eligible, how E-RISE differs from E-CORE, and why the August 11 deadline rewards jurisdictions that picked a focused research theme months ago.

NSF reopened its SBIR/STTR program with a July 27 full-proposal deadline, Project Pitches live again as of June 2, and three structural changes founders are missing: a $40M next-gen instrumentation pilot, an invitation-only Strategic Breakthrough tier worth up to $30M, and a Fast-Track lane. Here is how to read the restart and where the leverage actually is.

NSF's TechAccess program will fund up to 56 statewide AI coordination hubs at $1M per year for three years. Round 1 letters of intent are due June 16 and full proposals July 16. Here is who can win the single slot in each state, what a hub is actually supposed to do, and why the convening-capacity requirement is the real filter.

NSF 26-503, the CyberAICorps Scholarship for Service (CyberAI SFS), pays $27,000–$37,000 annual stipends plus full tuition for students who commit to government service in AI and cybersecurity, with institutional awards up to $2.5 million. The Scholarship Track closes July 21, 2026. Here's why placement infrastructure — not coursework — decides which universities win.

EPSCoR's E-CORE program funds up to 15 awards of as much as $10M each over four years to build research infrastructure in states that have historically received the least NSF money. Here is how the program works, who is eligible, and how to build a competitive cross-institutional proposal before the July 21, 2026 deadline.

America's Seed Fund powered by NSF reopened for FY2026 with two parallel solicitations: NSF 26-510 for deep technologies and a new pilot, NSF 26-511, dedicated to scientific instrumentation. Project Pitch is the mandatory first gate, the first full-proposal deadline is July 27, 2026, and Phase I runs up to $305K. Here is how the topic-agnostic NSF model differs from agency-directed SBIR — and how to use the new pilot.

NSF's Archaeology Program Senior Research Awards fund $200K–$350K projects with a refreshingly open scope: no priorities by geography, time period, or theoretical orientation. That openness shifts the entire burden onto one question — can you justify your research as anthropologically significant? Here is why that single test decides most proposals, and how to pass it before the July 1 target date.

NSF's Arctic Research Opportunities solicitation funds roughly 75 awards a year — up to $50 million — across six program areas from natural sciences to social sciences to the Arctic Observing Network. The July 15, 2026 target date is not a hard deadline, and understanding that distinction is the first strategic decision an Arctic researcher makes. Here is how the six doors differ and how to choose the right one.

NSF's CAREER program — a minimum $400,000 over five years for pre-tenure faculty — has a single annual deadline on July 22, 2026. It rewards the integration of research and education, not research alone, and that is exactly where most proposals fail. Here is the eligibility math, the integration trap, and how to position in a tightening federal funding climate.

On May 27 NSF stood up Tech Accelerators — a new framework that funds domain-specialist organizations to invest in deep-tech teams in AgTech, MaterialsTech, OceanTech, and SciTech. The July 14 RFI is the field's only chance to shape topics, model, and selection before the first solicitation drops.

NSF 26-508 will deploy up to $224 million across 56 State/Territory AI Coordination Hubs over three to four years. Each hub gets $1M annually to build an AI Learning Resource Navigator, a state AI readiness plan, deployment support, capacity-building, and priority-sector coordination. The Letter of Intent is due June 16 and the full proposal July 16. Here is what the program is really buying, who is best positioned to win Round 1, and why the no-cost-share rule reshapes the partner landscape.

On June 1, 2026, DARPA and the National Science Foundation jointly released the AI Forge initiative — a university-only forum, administered by a nonprofit launching summer 2026, that will fund Project Ventures of roughly $750,000 to $3 million over one-year terms in three thrust areas: AI interpretability, AI control, and adversarial robustness. The RFI on SAM.gov closes June 22 at 5pm ET and is restricted to U.S. universities and military service academies, one authorized submission per institution. Intellectual property is expected to be shared across forum participants, preferably through open-source licensing. This is the most significant joint DARPA-NSF research vehicle in a decade, and it is structured to bypass the frontier-lab model entirely.

The NSF FY 2026-2030 Strategic Plan reorganizes the agency around three goals, names AI, quantum, and biotech as the critical technologies, codifies Gold Standard Science, and explicitly targets applicant burden. The implications for proposal strategy are bigger than they look.

Congress appropriated $8.75 billion for NSF in FY2026, rejecting the administration's proposed 55% cut to $3.9 billion. But between April and May 2025, DOGE terminated 1,752 grants worth $1.4 billion, hitting STEM Education ($888M, 839 grants) and Social, Behavioral and Economic Sciences hardest. Director Panchanathan resigned April 24, 2025; no permanent replacement has been named. Effective December 15, 2025, NSF cut minimum external reviews from three to two, made one internal review allowable, made panel discussions optional, and shrank panel summaries to three to five sentences. Here is what the new NSF actually looks like as a funder, who is being selected against, and how to position a 2026 proposal against the new merit review.

On June 1, DARPA and NSF announced AI Forge — a jointly governed forum that will fund university-led research on three thrusts: AI interpretability, AI control, and adversarial robustness. The RFI on sam.gov closes June 22, 2026, at 5:00 PM ET. Project Ventures awards run roughly $750K to $3M with one-year durations and multiple awards expected annually. Administration runs through a nonprofit, intellectual property will be shared via open-source licensing, and CAISI at NIST is the third partner. Here is what the 15 priority research challenges look like and how U.S. universities should respond.

DARPA and NSF launched a joint program on June 1 to fund university work on AI interpretability, control, and adversarial robustness. Awards run $750K to $3M+ per project, the forum launches this summer, and the universities listed in the AI Forge repository will sit closest to the money. The Request for Information closes June 22.

NSF's new Tech Accelerators initiative funds lead organizations that then fund teams. The four target sectors — agricultural, materials, ocean, and scientific instrumentation — share a structural problem federal R&D has historically failed to solve. The SAM.gov RFI is the first sorting step.

NSF 26-508 funds up to 56 State/Territory Coordination Hubs at $1M/year for three years. Each institution can submit only one. Letter of intent due June 16; full proposal July 16. The first round will set a default coordinator in many states that round two cannot displace.

On June 1, 2026, DARPA and the National Science Foundation announced AI Forge — a jointly governed forum that will fund, guide, and manage university-led research on AI interpretability, AI control, and adversarial robustness. The RFI on sam.gov closes June 22. The forum itself will be administered by a new nonprofit launching in summer 2026. The structure is what matters: this is not a one-off solicitation, it is a multi-year venue for university-government-industry research that operates outside the normal merit-review timelines of either agency. What university research teams should be doing in the seventeen-day window between the announcement and the RFI deadline — and what the forum model means for federal AI funding through FY 2028.

NSF's TechAccess: AI-Ready America program (NSF 26-508) opens with a Round 1 Letter of Intent due June 16 and a budget that scales to $224 million across up to 56 awards — one State or Territory Coordination Hub per state, DC, and U.S. territory. Each hub is $1M/year for three years with a possible fourth, and is tasked with five concrete functions including a public AI resource inventory, a state AI readiness plan, deployment assistance, workforce coordination, and sector convening. The first round funds 10 hubs, the second 20, and the third the remainder — a structure that makes early submission decisively more valuable than late submission. Strategy for state agencies, university systems, EDAs, and nonprofit consortia considering a bid.

NSF raised its RAPID grant ceiling to $300,000 and EAGER to $400,000 alongside the December 2025 merit review overhaul. With external review now reduced to a two-reviewer minimum and panel discussions optional, the program-officer-driven RAPID and EAGER mechanisms have become more attractive than they have been in two decades. Why investigators with stalled or terminated standard proposals should be writing one-page RAPID concepts this month, and what the new authority structure means for the relationship between PIs and program officers.

On May 27, 2026 NSF announced the Tech Accelerators initiative — a new program structure that funds independent organizations to stand up topic-specific accelerators in four deliberately under-capitalized deep-tech areas: agricultural technology, materials technology, ocean technology, and scientific instrumentation. The accelerators in turn fund early-stage teams against fast-paced milestones tied to patents, pilots, licenses, and customer growth. A Request for Information on SAM.gov is open through July 14 to gather feedback on the model, the four topic areas, and prospective lead organizations. This is not yet a funding solicitation — it is the design window. Which is exactly why it matters. Here is the structural model NSF is testing, the lineage from I-Corps and Convergence Accelerator, the four-topic eligibility logic, and the realistic strategy for any organization that wants to be a lead accelerator or a funded team.

NSF published solicitation 26-508 establishing TechAccess: AI-Ready America, a three-round program to fund up to 56 statewide AI coordination hubs — one per state, the District of Columbia, and each U.S. territory — at $1M per year for three years with a possible fourth-year extension. Round one funds 10 hubs with letters of intent due June 16, 2026 and full proposals due July 16. Round two opens December 15 for an additional 20 hubs; round three covers the remainder in 2027. The program is NSF's largest single bet on AI literacy and statewide AI capacity outside of the existing AI Research Institutes. Here is the eligibility math, the convening-authority gate, the partnership architecture that wins, and the strategic question every state higher-ed system needs to answer in the next two weeks.

NSF 26-507 establishes a new $8.5M K-12 AI education research-to-prototype pipeline with 50 Planning grants ($50K, 2 months) feeding 20 Development grants ($300K, 1 year). The mandatory team composition — K-12 educators, technologists, researchers, and parents/guardians — is a structural break from how NSF has historically funded education research.

Tennessee's $206.9M RHTP allocation begins distribution with a 30-day virtual maternal/child mental health consultation grant. The state plans a new opportunity every Friday — the cadence and structure here are the blueprint for how the $50B nationwide program rolls out.

NSF launched its Tech Accelerators initiative May 27, 2026, with up to $5M build-phase and $10M scale-phase awards across AgTech, MaterialsTech, OceanTech, and SciTech. The four topics — and what was conspicuously left out — reveal where federal commercialization dollars are heading.

NSF 26-508 funds one State/Territory AI Coordination Hub per jurisdiction at $1M per year for three years — up to 56 awards and $224M total. Only one proposal per institution. Round 1 LOIs are due June 16, 2026 and full proposals July 16. The structure will determine whose convening capacity defines AI workforce strategy in every U.S. state for the rest of the decade.

NSF 26-503 replaces the long-running CyberCorps Scholarship for Service with CyberAICorps — a dual-authorized program written against two statutes that explicitly fuses AI competency into the federal cybersecurity workforce pipeline. The July 21, 2026 deadline is the first chance to compete under the new framework, and the $2.5M Scholarship Track and $500K Innovation Track each have constraints that will determine which institutions get a foothold.

NSF's new K-12 innovation foundry closes its planning round May 27, 2026, with up to 50 awards of $50K each. The mandatory four-role team — educator, technologist, researcher, parent — is the binding constraint.

NSF's new X-Labs initiative — $1.5B over a decade, $50M/year Phase 1 awards, OTA mechanism, July 13 deadline — is a structural break from the standard cooperative agreement model. Here's what it means for teams chasing the first two topics.

NSF 25-540 puts $30 million into roughly 29 awards across three tracks — TTP-E at $600K, TTP-T at $1.2M, TTP-P at $2M. Each demands a different posture on partnerships, prior NSF funding, and the mandatory $50,000 I-Corps Teams allocation. The May 19, 2026 deadline is a forcing function that strips ambiguity out of every PI's translation story.

The National Science Foundation announced $1.5 billion over a decade for X-Labs — milestone-based, Other Transactions Authority awards built around independent teams of researchers, engineers, and entrepreneurs. The first two topics target quantum-enabled imaging and quantum interconnects. Here is what the new mechanism means for traditional grantees and what the first round actually demands.

NSF 26-200 quietly rewrote the merit review process effective December 15, 2025 — minimum reviews dropped from three to two, panels became optional, and program officer discretion expanded substantially. Combined with 1,752 grant terminations and a constrained $8.75B FY2026 budget, the funding calculus has shifted. Here's how to adapt.

NSF's TechAccess: AI-Ready America program commits roughly $168M over three years to 56 State/Territory Coordination Hubs at $1M/year each, with a Letter of Intent due June 16, 2026 and the first 10 full proposals due July 16. Here's the eligibility, strategy, and political context every prospective hub needs.

NSF's December 2025 merit review changes look procedural — two outside reviews instead of three, optional panels, three-to-five-sentence summaries. The deeper shift is the transfer of decision authority from external peer reviewers to a smaller cohort of program officers, and it will reshape how every proposal needs to be written.

The National Science Foundation is running two funding realities at once: a Congressional budget that rejected historic cuts and a DOGE campaign that gutted STEM education and social science research.

The TechAccess: AI-Ready America program will fund 56 coordination hubs — one per state and territory — at $1M/year for three years. Letters of intent are due June 16. Eligibility, strategy, and what the program actually requires.

All 22 National Science Board members were dismissed April 25. With no director and no deputy, NSF is governing $8.75 billion in science grants without oversight.

The FY2027 budget proposes eliminating NSF's Social, Behavioral, and Economic Sciences directorate entirely. With only 613 grants funded this year, social scientists face an existential funding crisis.

Awards slashed by half, life sciences applicants rejected at 95%, and the White House steering which fields get funded. How the GRFP went from funding the person to funding the priority.

NSF terminated 1,752 grants worth $1.4B, lost its director, and overhauled merit review — all in 12 months. What the new rules mean for your next proposal and how to adapt.

NSF is funding AI coordination hubs in all 56 states and territories — up to $3M each. How TechAccess AI-Ready America works, who qualifies, and why this is the largest federal AI workforce investment outside defense.

NSF is investing up to $160M per region over a decade through its Engines program. With 15 finalists competing for round two, here is how the program works and who should pay attention.

NSF's new Tech Labs initiative offers $10-50M annual grants to independent research teams using milestone-based OT contracts. A deep analysis of who can win and how this reshapes American science.

NSF and four federal partners will fund up to 56 AI coordination hubs — one in every US state and territory. Letters of intent due June 16. Here is what applicants need to know.

The NSF Tech Labs initiative will fund independent research organizations with $10-50M annually on milestone-based contracts. A deep analysis of the biggest structural shift in NSF funding in decades.

The TechAccess: AI-Ready America initiative will fund up to 56 coordination hubs at $1M/year each, with USDA, DOL, and SBA as co-sponsors. First applications due July 16.

A complete guide to the NSF CAREER Award for the 2026 cycle: eligibility, funding, the integration requirement, reviewer expectations, and deadlines.

The Genesis Mission is the largest AI-for-science funding opportunity in DOE history, spanning 21 national challenges. A breakdown of eligibility, phasing, and competitive strategy.

NSF will award $10-50 million per year to independent research teams working outside universities and startups. The Tech Labs initiative could reshape how breakthrough science gets funded.

Four foundations with combined assets exceeding $3.5 billion have emerged from estate transfers, while the Philanthropy 50 hit a record $22.4 billion. What this means for nonprofits seeking funding.

The July 2026 CAREER deadline is four months away. A strategic guide to the integration requirement, directorate-specific funding rates, common rejection patterns, and what reviewers actually reward.

The OMAI project — led by AI2, funded by NSF and NVIDIA — will create fully open multimodal AI models for scientific research. For researchers priced out of commercial AI, this changes the equation.

The NSF NQNI program will fund up to 16 open-access quantum and nanotechnology research sites at $2M/year each. Letters of intent are due March 16.

NSF is offering $10-50M annually to independent research teams outside academia and industry. This radical new funding model changes who can compete for federal science dollars.

After losing 18% of its workforce and abolishing all 37 divisions, NSF plans to halve its 200+ grant solicitations. A strategic guide for researchers navigating the restructured agency.

Most AI researchers are leaving free compute on the table. This guide covers every active GPU credit and compute allocation program in 2026 — NAIRR, NSF ACCESS, DOE exascale, NVIDIA, and cloud provider grants — with current deadlines and eligibility.

NSF awarded $100M to five new AI Research Institutes with Capital One and Intel. Here is what they fund, who leads them, and how to position for the next round.

A new NSF dear colleague letter invites proposals for building secure, open-source infrastructure for AI agent ecosystems. If you work on interoperability, security, or open standards for AI systems, this one is for you.

NSF AI Institutes ($20M each), NAIRR, ExpandAI, CISE Future CoRe, Smart Health, CAIG, CyberAICorps — 7 programs with 2026 deadlines and award ceilings.

The National Science Foundation is slashing the number of external reviews required for grant proposals and giving program officers far more power. Every NSF applicant needs to adapt.

The new NSF Tech Labs initiative will fund independent research organizations with massive multi-year awards. Solicitation expected spring 2026.

National Science Foundation rejections are the norm — NSF declines 3 out of 4 proposals. We break down rejection rates by directorate, the 6 reviewer critiques that kill proposals, and what funded PIs do differently to resubmit and win.

NSF reviewers reveal what makes a winning grant proposal. Tips on Intellectual Merit, Broader Impacts, storytelling, and measurable outcomes.

Build a collaborative NSF research team that wins grants. Tips on choosing PIs, defining roles, and demonstrating a strong track record.

Write a clear, jargon-free NSF research proposal that reviewers love. Tips on structure, analogies, and concise scientific writing.

NSF allocates $10.3M for tribal STEM capacity in 2026. Understand each TCUP funding track, who qualifies, and what makes proposals stand out.

Complete NSF GRFP application guide covering eligibility, personal statements, research plans, and strategies that funded fellows used to win.

Essential NSF grant writing resources for academic researchers. From the Grant Proposal Guide to workshops and professional writing services.

Complete NSF grant writing guide covering directorates, merit review criteria, proposal structure, Research.gov submission, and common mistakes to avoid.

Your NSF abstract is 250 words that make or break your proposal. See real examples and a template that covers objectives, methods, and broader impacts.

Break down NSF Intellectual Merit and Broader Impacts review criteria. Practical tips to craft a grant proposal that earns top marks.

Fifteen specific NSF broader impacts examples organized by category, with details on why reviewers scored them highly and how to avoid common mistakes.

NSF rejects ~75% of proposals. Here are the top reasons reviewers say no and a step-by-step resubmission strategy that works.

Strong data management plans separate funded NSF proposals from the rest. Cover storage, sharing, metadata, and long-term preservation.

Strengthen your NSF grant proposal broader impacts section with actionable strategies for stakeholder engagement, outreach, and societal benefit.