Also known as: CORPORATION FOR SCIENCE ADVANCEMENT
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An initiative targeting basic science breakthroughs in the design, manufacture, and recycling of materials to support a sustainable and low-carbon energy system. Fellows participate in conferences to form multidisciplinary teams and pitch proposals for seed funding.
A Scialog series aimed at promoting interactions across the quantum science community to enhance understanding of quantum coherence, entanglement, and the transition from quantum to classical behaviors. Participants can secure seed funding for high-risk collaborative projects.
Focuses on building the interdisciplinary connections and early science needed to leverage data from the Legacy Survey of Space and Time (LSST) at the Vera C. Rubin Observatory. The program provides seed funding for innovative projects using these datasets.
A program that honors and helps develop exceptional teacher-scholars in the physical sciences (chemistry, physics, and astronomy) by supporting their research and educational leadership. The award provides funds that can be used for most direct costs, including equipment, supplies, and salary for trainees.
Research Corporation is a private corporation based in TUCSON, AZ. The foundation received its IRS ruling in 1934. It holds total assets of $241.5M. Annual income is reported at $40.4M. Total assets have grown from $128.2M in 2011 to $241.5M in 2024. The foundation is governed by 13 officers and trustees. Tax records are available from 2020 to 2024. The foundation primarily funds organizations in California and Arizona. According to available records, Research Corporation has made 324 grants totaling $15.3M, with a median grant of $55K. The foundation has distributed between $7.5M and $7.7M annually from 2022 to 2023. Individual grants have ranged from $100 to $116K, with an average award of $47K. The foundation has supported 151 unique organizations. The foundation primarily supports organizations in California, Illinois, New York, which account for 29% of all grants. Grantmaking reaches organizations across 38 states. Contributions to this foundation are tax-deductible.
Research Corporation for Science Advancement (RCSA), founded in 1912 and headquartered in Tucson, AZ, operates as one of the oldest private funders of basic physical science research in the United States. Its giving philosophy centers on catalytic investment: funding promising early-career researchers at the inflection point in their careers, before they have established track records, with the goal of launching independent scholars who go on to attract federal and larger philanthropic support.
RCSA is unusually focused. Its primary program, the Cottrell Scholar Award, targets tenure-track faculty in their first three years in chemistry, physics, or astronomy departments at U.S. and Canadian research universities or primarily undergraduate institutions (PUIs). The foundation explicitly funds the whole scholar, not just the project — requiring both a substantive research plan and an equally weighted educational innovation plan. This dual mandate is non-negotiable: proposals that treat the education component as an afterthought are consistently passed over.
For first-time applicants, the single most important thing to understand is that RCSA is building a community, not just a grantee list. The Cottrell Scholar network includes annual conferences, peer mentoring, and regional meetings. Demonstrating awareness of this community and articulating how you will contribute to it — through academic citizenship, cross-institutional collaborations, and STEM workforce development — strengthens an application considerably.
RCSA accepts applications only through its Blackbaud Grantmaking System with required Authorized Organizational Representative (AOR) sign-off, meaning your institution's sponsored research office must be looped in well before the July 1, 2026 deadline. There is no LOI phase for Cottrell — the full proposal is submitted directly. Scialog, by contrast, operates through nomination (self-nomination is permitted) and conference-based team formation, so it requires a different engagement strategy: self-nominate early, attend the conference, and form interdisciplinary collaborations on the spot.
RCSA's financial profile shows a well-endowed, growing foundation with disciplined grantmaking. Total assets reached $241.5 million in FY2024, up from $190 million in FY2019 and $150 million in FY2015 — a compound growth rate of roughly 4% annually driven by investment returns. Annual giving has scaled accordingly: total giving was $16.6 million in FY2023 and $16.4 million in FY2021, with grants paid (cash out the door) running between $5.3 million (FY2020) and $7.7 million (FY2023), the difference reflecting multi-year award obligations.
In the 324-grant database sample, the average grant is $47,073 and the median is $55,000, with a range from $500 (conference/membership support) to $100,000 (Bridge Awards and special supplements). The Cottrell Scholar Award sits at $120,000 over three years ($40,000/year), positioning it as RCSA's flagship investment. Scialog Collaborative Innovation Awards typically run $60,000–$66,000 per team, while Cottrell SEED Awards and career advancement grants are smaller ($25,000–$50,000 range).
Geographically, California dominates (49 grants in the sample), followed closely by Arizona (48 — reflecting RCSA's Tucson base and its relationship with Arizona State University and University of Arizona). New York (18), Pennsylvania (19), Massachusetts (14), and Texas (14) round out the top states. This distribution follows research university density, not a deliberate geographic preference.
By program area, research in chemistry, physics, and astronomy receives the largest share. Grant purposes in the database reveal strong activity in: carbon capture and climate materials, neuroscience and microbiome research, astrobiology and planetary science, and STEM education reform. Collaborative Scialog topics signal RCSA's appetite for interdisciplinary work bridging these fields.
RCSA occupies a specialized niche among science-focused private foundations: it is smaller than the major science philanthropies but far more targeted, with nearly all grantmaking flowing to a single career stage (early-career faculty) in a narrow disciplinary band (physical sciences).
| Foundation | Assets | Annual Giving | Primary Focus | Application |
|---|---|---|---|---|
| Research Corporation (RCSA) | $241.5M | ~$16.6M | Physical sciences, early-career faculty | Competitive (Cottrell); Nomination (Scialog) |
| Alfred P. Sloan Foundation | ~$2.2B | ~$90M | STEM, economics, public understanding of science | Competitive + invited |
| Simons Foundation | ~$5B | ~$350M | Math, physical sciences, life sciences | Mostly invited; some competitive |
| Heising-Simons Foundation | ~$2B | ~$110M | Climate, physics, education, early childhood | Invited; limited competitive |
| Gordon & Betty Moore Foundation | ~$9B | ~$300M | Science, environment, patient care | Strategic/invited |
RCSA's $241.5 million asset base is modest compared to these peers, but its singular programmatic focus means that eligible applicants face less competition than at broader funders. The Cottrell Scholar Award is roughly analogous to the Sloan Research Fellowship (~$75,000 over two years) in prestige and career stage, but RCSA's explicit education mandate and community-building emphasis make it distinctly different. RCSA's partnership model — co-funding Scialog initiatives with Simons, Heising-Simons, and Brinson — means that successful RCSA relationships can open doors to these larger funders over time.
The most significant 2025 development at RCSA was a leadership transition: long-serving President & CEO Dr. Daniel Linzer retired, and Dr. Eric Isaacs — former director of Argonne National Laboratory and the University of Chicago's Pritzker School of Molecular Engineering — assumed the presidency in July 2025. Within months, Isaacs was elected President-Elect of the American Association for the Advancement of Science, signaling RCSA's continued standing in the national science community.
Program activity in 2025–2026 has been robust. On December 16, 2025, RCSA announced 24 recipients of the 2026 Cottrell Scholar Award and named three 2026 Holland Awardees (senior scientists). Ten researchers received 2025 Cottrell SEED Awards, and eleven Cottrell Scholars won Bridge Awards totaling $800,000 — including a $100,000 Bridge Award to Ronit Freeman at UNC-Chapel Hill.
On the Scialog front: seven teams received awards for Automating Chemical Laboratories (June 2025), eight projects were funded in Sustainable Minerals, Metals, and Materials Year 2 (November 2025), six teams in Neurobiology and Changing Ecosystems Year 1 (May 2025), and seven teams in Quantum Matter and Information. A new multi-partner Scialog initiative was announced January 8, 2026, co-funded with The Brinson Foundation, Simons Foundation, and Kevin Wells. The 31st annual Cottrell Scholar Conference convened in July 2025, and a second RCSA Fellows Conference supported researchers transitioning to faculty roles.
Know which program fits you before applying. Cottrell Scholar is strictly for faculty in their first 1–3 years in a tenure-track position in chemistry, physics, or astronomy. Scialog is open to early-career through recently post-tenure faculty across a broader range. RCSA Fellows targets researchers preparing to transition to faculty roles. Misidentifying the right program wastes a one-shot opportunity.
The education plan is not a formality. RCSA requires a 5-page educational plan identifying a concrete problem in undergraduate or graduate STEM education and proposing a testable solution. Reviewers are scientists who care deeply about pedagogy — budget time equal to your research plan for this section. Successful proposals often pilot educational innovations in their own courses and report measurable outcomes.
Match your language to RCSA's values. RCSA speaks in terms of 'catalytic funding,' 'teacher-scholars,' 'academic citizenship,' and 'community building.' Reference these concepts authentically in your proposal. Describe how your work positions you to become a department and field leader, not just a productive researcher.
Plan your budget carefully. Cottrell funds equipment, supplies, graduate/postdoctoral salaries, tuition (prorated to project effort), and conference travel. It does NOT fund indirect costs, your academic-year salary, construction, or visa expenses. Doctoral department PIs face additional summer salary limitations. A budget that tries to fund ineligible items signals unfamiliarity with the program.
Engage your sponsored research office 6–8 weeks early. AOR approval is required for Cottrell submission. Missing the July 1 deadline due to institutional processing delays is a common, entirely preventable failure.
For Scialog: nominate yourself and show up ready to collaborate. Scialog conferences are where teams form and proposals are written in real time. Arrive with a clear sense of your research's connective tissue to the initiative's theme and genuine openness to partners outside your discipline. The awards go to teams, not to individuals who attend but stay in their lane.
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Smallest Grant
$500
Median Grant
$55K
Average Grant
$54K
Largest Grant
$100K
Based on 113 grants from the most recent 990-PF filing.
The cottrell scholar award develops outstanding chemistry, physics and astronomy teacher-scholars at colleges and universities who are recognized by their scientific communities for the quality and innovation of their research programs and their academic leadership skills. This award provides entry into a national community of outstanding scholar-educators who produce significant research and education outcomes. 25 cottrell scholar awards and 3 collaborative awards were given in 2021.
Expenses: $3.9M
Scialog supports research, intensive dialog and community building to address scientific challenges of global significance. Within each multi-year initiative, scialog fellows collaborate in high-risk discovery research on untested ideas and communicate their progress in annual closed conferences. Through the give-and-take of community building, it is the foundation's hope that scialog fellows grow better equipped to tackle ever more challenging multidisciplinary problems. Scialog is intended to: 1) support early career faculty to expand research in a focused area of high scientific importance; 2) encourage scientists to form multidisciplinary teams to tackle these critical challenges, and; 3) help transition awardees to obtain further funding for their innovative ideas. In 2021 six scialog conferences were held at which grant proposals were received for the awards made.
Expenses: $3.3M
In 2021 rcsa awarded funds to 14 cottrell scholars to support the work of postdoctoral fellows whose plans to start independent academic or research careers this year were delayed or derailed due to institutional hiring freezes.
Expenses: $1.2M
Cottrell scholar career advancement awards are aimed at advancing the skills, knowledge and experience of cottrell scholars toward attaining a leadership role in their institutions. The career advancement awards represent a commitment to cottrell scholars throughout their careers. In 2021, five seed (singular exceptional endeavors of discovery) awards, two star (science teaching and research) awards, and one impact award was made.
Expenses: $386K
RCSA's financial profile shows a well-endowed, growing foundation with disciplined grantmaking. Total assets reached $241.5 million in FY2024, up from $190 million in FY2019 and $150 million in FY2015 — a compound growth rate of roughly 4% annually driven by investment returns. Annual giving has scaled accordingly: total giving was $16.6 million in FY2023 and $16.4 million in FY2021, with grants paid (cash out the door) running between $5.3 million (FY2020) and $7.7 million (FY2023), the differe.
Research Corporation has distributed a total of $15.3M across 324 grants. The median grant size is $55K, with an average of $47K. Individual grants have ranged from $100 to $116K.
Research Corporation for Science Advancement (RCSA), founded in 1912 and headquartered in Tucson, AZ, operates as one of the oldest private funders of basic physical science research in the United States. Its giving philosophy centers on catalytic investment: funding promising early-career researchers at the inflection point in their careers, before they have established track records, with the goal of launching independent scholars who go on to attract federal and larger philanthropic support. .
Research Corporation is headquartered in TUCSON, AZ. While based in AZ, the foundation distributes grants to organizations across 38 states.
| Name | Title | Compensation | Benefits | Total |
|---|---|---|---|---|
| Dr Daniel I Linzer | CEO/PRESIDENT AND BOARD MEMBER | $388K | $60K | $487K |
| Mr Daniel Gasch | CFO/VICE PRESIDENT | $257K | $66K | $348K |
| Dr Eugene Flood | CHAIR OF THE BOARD | $2K | $0 | $2K |
| Ms Kristine Lipscomb | BOARD MEMBER | $599 | $0 | $599 |
| Dr Brent Iverson | BOARD MEMBER | $562 | $0 | $562 |
| Ms Danielle Dana Johnson | SECRETARY AND BOARD MEMBER | $558 | $0 | $558 |
| Dr Nancy Haegel | BOARD MEMBER | $505 | $0 | $505 |
| Dr Catherine Murphy | BOARD MEMBER | $0 | $0 | N/A |
| Dr Lyman Page | BOARD MEMBER | $0 | $0 | N/A |
| Dr Peter Dorhout | BOARD MEMBER | $0 | $0 | N/A |
| Dr Sean Decatur | BOARD MEMBER | $0 | $0 | N/A |
| Mr G Scott Clemons | BOARD MEMBER | $0 | $0 | N/A |
| Mr James Denaut | TREASURER AND BOARD MEMBER | $0 | $0 | N/A |
Total Giving
N/A
Total Assets
$241.5M
Fair Market Value
N/A
Net Worth
$237.1M
Grants Paid
N/A
Contributions
N/A
Net Investment Income
N/A
Distribution Amount
N/A
Total Grants
324
Total Giving
$15.3M
Average Grant
$47K
Median Grant
$55K
Unique Recipients
151
Most Common Grant
$55K
of 2023 grantees were first-time recipients
| Recipient | Location | Amount | Year |
|---|---|---|---|
| Amherst CollegeExploring the synthesis and mechanism of single-site and cationic group V catalysts for the production of biodegradable polymers | Amherst, MA | $100K | 2023 |
| Northwestern UniversityDeveloping Mathematical Models for the Formation of New Collaborations at Conferences | Evanston, IL | $113K | 2023 |
| Seattle UniversityIlluminating the dark proteome: ABPP for high-throughput experimental characterization of proteins | Seattle, WA | $100K | 2023 |
| University Of California San DiegoNext-generation electron microscopy visualizing enzymes in action and development of hands-on curriculum | La Jolla, CA | $100K | 2023 |
| George Washington UniversityCapturing Molecular Communications using Mass Spectrometry and Enhancing Science Communication in Chemistry Education | Washington, DC | $100K | 2023 |
| University Of Minnesota Twin CitiesReprogramming hypoxia signaling in laboratory and inorganic chemistry education in classrooms | Minneapolis, MN | $100K | 2023 |
| Williams CollegeA study of single electron backgrounds in a low-threshold argon detector | Williamstown, MA | $100K | 2023 |
| University Of ConnecticutMulti-scale physics of supermassive black hole growth and feedback in galaxies and fundamental implications incosmology | Storrs, CT | $100K | 2023 |
| Swarthmore CollegeCreep across scales: the role of disturbances on creep in disordered media | Swarthmore, PA | $100K | 2023 |
| Case Western Reserve UniversityImaging the Physical Dynamics of Analytes in Commercial Separation Materials and Using Core Facilities in the Classroom | Cleveland, OH | $100K | 2023 |
| University Of VictoriaBuilding Universal Quantitative Models for Catalysis from the Bottom Up, and Building Connections in Undergraduate Organic Chemistry Education | Victoria | $100K | 2023 |
| Embry-Riddle Aeronautical University (Florida)Massive binaries have an important impact on both their environments and on undergraduate education | Prescott, AZ | $100K | 2023 |
| Rutgers University - New BrunswickThe Smallest Galaxies hold the Biggest Clues for Understanding Galaxy Formation and Cosmology | Piscataway, NJ | $100K | 2023 |
| University Of Southern CaliforniaDiscovering Dark Matter with Cosmology | Los Angeles, CA | $100K | 2023 |
| Syracuse UniversitySoft Matter Physics of Biofilm Growth: A New Role of Substrate Viscoelasticity in Biofilm Growth | Syracuse, NY | $100K | 2023 |
| University Of New HampshireSearching for a Vibrant Dark Sector | Durham, NH | $100K | 2023 |
| Chatham UniversityEnhancing Reactivity and Selectivity at Polarized Interfaces | Pittsburgh, PA | $100K | 2023 |
| University Of ChicagoDirecting energy and charge transfer in molecular Moire materials | Chicago, IL | $100K | 2023 |
| Rockefeller Philanthropy Advisors2023 Science Philathropy Alliance Membership Contribution | New York, NY | $100K | 2023 |
| Texas A&M UniversityIntelligent Optimization of Organic Photophysical Chemical Spaces | College Station, TX | $100K | 2023 |
| Rice UniversitySustainable Difunctionalization of Alkenes Via Bio-Inspired Radical Ligand Transfer and Training Scientists to Engage with the Greater Public | Houston, TX | $100K | 2023 |
| Harvey Mudd CollegeThe Physical Principles Governing High-Rate and Large Deformation Elastic Recoil | Claremont, CA | $100K | 2023 |
| University Of North Carolina At Chapel HillFORMING CONNECTIONS: FROM INTERACTING SELF-ASSEMBLED HUBS TO TACtICS (Teaching Convergence to increase innovation in science) FOR UNDERGRADUATES. | Chapel Hill, NC | $100K | 2023 |
| University Of FloridaA Window into Day and Night: Constraining Nodal Precession of Temperate Planets Around Small Stars | Gainesville, FL | $100K | 2023 |
| Illinois State UniversityImpacts of Central Primordial Black Holes on Stellar Evolution | Normal, IL | $100K | 2023 |
| Chapman UniversityBroadening Applications of the Weakly Coordinating Triflimidate Anion in Main Group Catalysis | Orange, CA | $100K | 2023 |
| University Of WashingtonIdentifying the Microscopic Origins of Energy Loss Mechanisms in Superconducting Quantum Circuits through Defect Landscape Engineering | Seattle, WA | $99K | 2023 |
| Arizona State UniversityZoonotic implications of host genetics, immunity, and virome in bats | Tempe, AZ | $57K | 2023 |
| Emory UniversityFlyRanch: A Platform for Uncovering the Molecular Bases of Hidden Behavioral State Dynamics | Atlanta, GA | $55K | 2023 |
| Pennsylvania State UniversityConstraining the Abiotic Sulfur Cycle on Temperate Terrestrial Planets | University Park, PA | $55K | 2023 |
| National Institute Of Standards And TechnologyMRI with molecular specificity for a new realm of neurodevelopmental research | Boulder, CO | $55K | 2023 |
| Haverford CollegeFrom Cradle to Grave: Measuring the Lifetime Impact of Early-Life Stress | Haverford, PA | $55K | 2023 |
| Carnegie Institution Of WashingtonHow does the microbiome-gut-brain cascade activate glia? A single-cell transcriptomic and functional roadmap in the fruit fly | Baltimore, MD | $55K | 2023 |
| Rutgers University-NewarkBeyond Computational Behaviorism: The Structure of Thought in Naturalistic Behaviors | Union, NJ | $55K | 2023 |
| Boston UniversityUnderstanding cortical control over subcortical structures using an evolutionary inspired engineering approach | Boston, MA | $55K | 2023 |
| Georgia Institute Of TechnologyIrradiated Sea Spray Aerosol Generation and Analysis Under Early Earth Atmospheres | Atlanta, GA | $55K | 2023 |
| Tulane UniversityNetwork topology underlying circuit dynamics during flexible cognitive behavior | New Orleans, LA | $55K | 2023 |
| Ohio State UniversityThe Role of Gut Metabolites in Chemobrain | Columbus, OH | $55K | 2023 |
| University Of British ColumbiaDecipher the 'molecular language' between microbiota-microglia crosstalk using a genetically tractable microbiome | Vancouver | $55K | 2023 |
| University Of California Santa BarbaraSulfur Assimilation: a novel proxy for redox transitions in the early Biosphere | Santa Barbara, CA | $55K | 2023 |
| University Of ArizonaBeyond Computational Behaviorism: The Structure of Thought in Naturalistic Behaviors | Tucson, AZ | $55K | 2023 |
| Michigan State UniversityRobust scalable multifunctional electrode for CO2 reduction and C-C coupling in seawater | East Lansing, MI | $55K | 2023 |