THEISS RESEARCH
Cite this
Plain text THEISS RESEARCH. furp.org, nonprofit organization profile, tax years 2020–2024. https://furp.org/org/theiss-research-651268370. Retrieved 2026-11-01.
APA furp.org. (n.d.). THEISS RESEARCH [Nonprofit organization profile; tax years 2020–2024]. Retrieved November 1, 2026, from https://furp.org/org/theiss-research-651268370
MLA “THEISS RESEARCH.” furp.org, tax years 2020–2024, https://furp.org/org/theiss-research-651268370. Accessed 1 Nov. 2026.
Retrieved 2026-11-01; covers tax years 2020–2024. Data: furp.org, CC BY 4.0.
2024 · Form 990 · revenue $3.4M · expenses $3.3M · assets $1.1M
- EIN
- 65-1268370
- Address
- 7411 EADS AVE, LA JOLLA, CA 92037-5037
- Website
- www.theissresearch.org
- NTEE code
- U21
- Exempt type
- 501(c)(3): charitable, religious, educational, scientific or literary (corporation)
- Ruling date
- April 2006 (when the IRS recognized its exemption)
- IRS status
- Exempt (unconditional) (IRS Business Master File) IRS data ↗
- Tax-deductible donations
- Yes: listed in IRS Publication 78 (public charity) Pub 78 ↗
- Foundation status
- Public charity supported by the public (170(b)(1)(a)(vi))
- Principal officer
- Jurgen Theiss (its 2007 Form 990-N)
- Form 990-N e-postcards
- 1 filed, 2007 (organizations with gross receipts normally $50,000 or less file this instead of a full Form 990) IRS data ↗
- Cross-check
- ProPublica Nonprofit Explorer
Mission
The organization's mission is to provide a supportive environment in which scientists can perform and otherwise advance scientific research, for public dissemination and benefit, in areas including, but not limited to, the studies of the ocean and atmosphere, as well as establish and maintain international relations in science.
Each tax year counts once: when a return was amended, only the latest return for that period is used below (superseded returns stay listed, greyed, under Finances).
People paid by the organization
12 people paid across every filing: current people first, then by total pay from this organization. Organizations counts every nonprofit each person appears on.
| Name | Latest title | Years | Latest year pay | Total pay from here | Organizations |
|---|---|---|---|---|---|
| Dr Jurgen Theiss | Director, President, and CEO | 2020-2024 | $177,196 | $751,036 | 1 |
| Dr Victor L Krayzman | Project Scientist | 2020-2024 | $116,898 | $639,632 | 1 |
| Dr Huairuo Zhang | Research Scientist | 2021-2024 | $159,258 | $574,709 | 1 |
| Richard A Lew | Project Engineer | 2023-2024 | $139,526 | $273,738 | 1 |
| Dr Sebastian Engmann | Research Scientist | 2023-2024 | $123,758 | $240,235 | 1 |
| Dr Jacob M Majikes | Research Scientist | 2024 | $124,820 | $124,820 | 1 |
| Edward V Denison (former) | Research Scientist | 2020-2021 | $160,996 | $319,270 | 1 |
| Dr Natalia Farkas (former) | Research Scientist | 2020-2021 | $127,454 | $248,130 | 1 |
| Dr Csilla I Szabo-Foster (former) | Research Scientist | 2020-2021 | $120,605 | $243,097 | 1 |
| Jozsef Imrek (former) | Research Engineer | 2023 | $155,666 | $155,666 | 1 |
| Dr Jonathan M Lilly (former) | Research Scientist | 2020 | $149,417 | $149,417 | 1 |
| Claire C Boine (former) | Research Scientist | 2022 | $127,335 | $127,335 | 1 |
Officers and directors, no compensation reported
3 people listed on the returns with $0 (or no amount) in every compensation column: current people first. Hours are as filed on the latest return each person appears on.
| Name | Latest title | Years | Hrs/wk (latest) | Compensation | Organizations |
|---|---|---|---|---|---|
| Dr Florian Weissbach | Director | 2020-2024 | 0 | $0 reported | 1 |
| Dr Fabian Wagner | Director | 2020-2024 | 0 | $0 reported | 1 |
| Hans C de Salas-del Valle | CFO and Secretary | 2020-2024 | 0 | $0 reported | 1 |
People by year
2024 · 9 people listed · 6 paid, $841K · 40 employees · 3 volunteers
| Name | Title | Hrs/wk | From org | From related | Other | Total | Orgs |
|---|---|---|---|---|---|---|---|
| Dr Jurgen Theiss | Director, President, and CEO | 40 | $155,790 | $0 | $21,406 | $177,196 | 1 |
| Dr Huairuo Zhang | Research Scientist | 40 | $125,464 | $0 | $33,794 | $159,258 | 1 |
| Richard A Lew | Project Engineer | 40 | $119,473 | $0 | $20,053 | $139,526 | 1 |
| Dr Jacob M Majikes | Research Scientist | 40 | $112,306 | $0 | $12,514 | $124,820 | 1 |
| Dr Sebastian Engmann | Research Scientist | 40 | $110,934 | $0 | $12,824 | $123,758 | 1 |
| Dr Victor L Krayzman | Project Scientist | 40 | $108,844 | $0 | $8,054 | $116,898 | 1 |
| Dr Florian Weissbach | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Dr Fabian Wagner | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Hans C de Salas-del Valle | CFO and Secretary | 0 | $0 | $0 | $0 | $0 | 1 |
2023 · 9 people listed · 6 paid, $851K · 37 employees · 3 volunteers
| Name | Title | Hrs/wk | From org | From related | Other | Total | Orgs |
|---|---|---|---|---|---|---|---|
| Dr Jurgen Theiss | Director, President, and CEO | 40 | $138,365 | $0 | $19,810 | $158,175 | 1 |
| Jozsef Imrek | Research Engineer | 40 | $140,381 | $0 | $15,285 | $155,666 | 1 |
| Dr Huairuo Zhang | Research Scientist | 40 | $116,812 | $0 | $32,195 | $149,007 | 1 |
| Dr Victor L Krayzman | Project Scientist | 40 | $126,923 | $0 | $10,561 | $137,484 | 1 |
| Richard A Lew | Project Engineer | 40 | $115,234 | $0 | $18,978 | $134,212 | 1 |
| Dr Sebastian Engmann | Research Scientist | 40 | $104,248 | $0 | $12,229 | $116,477 | 1 |
| Dr Florian Weissbach | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Dr Fabian Wagner | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Hans C de Salas-del Valle | CFO and Secretary | 0 | $0 | $0 | $0 | $0 | 1 |
2022 · 7 people listed · 4 paid, $540K · 32 employees · 3 volunteers
| Name | Title | Hrs/wk | From org | From related | Other | Total | Orgs |
|---|---|---|---|---|---|---|---|
| Dr Jurgen Theiss | Director, President, and CEO | 40 | $126,463 | $0 | $18,298 | $144,761 | 1 |
| Dr Huairuo Zhang | Research Scientist | 40 | $108,375 | $0 | $28,664 | $137,039 | 1 |
| Dr Victor L Krayzman | Project Scientist | 40 | $121,870 | $0 | $9,187 | $131,057 | 1 |
| Claire C Boine | Research Scientist | 40 | $112,646 | $0 | $14,689 | $127,335 | 1 |
| Dr Florian Weissbach | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Dr Fabian Wagner | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Hans C de Salas-del Valle | CFO and Secretary | 0 | $0 | $0 | $0 | $0 | 1 |
2021 · 9 people listed · 6 paid, $807K · 30 employees · 3 volunteers
| Name | Title | Hrs/wk | From org | From related | Other | Total | Orgs |
|---|---|---|---|---|---|---|---|
| Edward V Denison | Research Scientist | 40 | $141,659 | $0 | $19,337 | $160,996 | 1 |
| Dr Jurgen Theiss | Director, President, and CEO | 40 | $123,525 | $0 | $16,882 | $140,407 | 1 |
| Dr Huairuo Zhang | Research Scientist | 40 | $103,620 | $0 | $25,785 | $129,405 | 1 |
| Dr Victor L Krayzman | Research Scientist | 40 | $119,189 | $0 | $8,611 | $127,800 | 1 |
| Dr Natalia Farkas | Research Scientist | 40 | $109,451 | $0 | $18,003 | $127,454 | 1 |
| Dr Csilla I Szabo-Foster | Research Scientist | 40 | $114,500 | $0 | $6,105 | $120,605 | 1 |
| Dr Florian Weissbach | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Dr Fabian Wagner | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Hans C de Salas-del Valle | CFO and Secretary | 0 | $0 | $0 | $0 | $0 | 1 |
2020 · 9 people listed · 6 paid, $808K · 36 employees · 4 volunteers
| Name | Title | Hrs/wk | From org | From related | Other | Total | Orgs |
|---|---|---|---|---|---|---|---|
| Edward V Denison | Research Scientist | 40 | $140,246 | $0 | $18,028 | $158,274 | 1 |
| Dr Jonathan M Lilly | Research Scientist | 38 | $135,866 | $0 | $13,551 | $149,417 | 1 |
| Dr Jurgen Theiss | Director, President, and CEO | 40 | $114,568 | $0 | $15,929 | $130,497 | 1 |
| Dr Victor L Krayzman | Research Scientist | 40 | $117,770 | $0 | $8,623 | $126,393 | 1 |
| Dr Csilla I Szabo-Foster | Research Scientist | 40 | $114,226 | $0 | $8,266 | $122,492 | 1 |
| Dr Natalia Farkas | Research Scientist | 40 | $103,825 | $0 | $16,851 | $120,676 | 1 |
| Dr Florian Weissbach | Director | 1 | $0 | $0 | $0 | $0 | 1 |
| Dr Fabian Wagner | Director | 0 | $0 | $0 | $0 | $0 | 1 |
| Hans C de Salas-del Valle | CFO and Secretary | 0 | $0 | $0 | $0 | $0 | 1 |
Highest-paid independent contractors
No independent contractors reported.
Who gave
Contributor names are not public for this form type.
Public charities filing Form 990 or 990-EZ report large donors on Schedule B, but the IRS withholds their names and addresses from public copies. Private foundations (990-PF) are different: their contributors are public.
Finances
Newest first. Each filing: its name on one row, its figures on the row beneath. Greyed filings are superseded by a later return for the same period and are left out everywhere else on this page.
| Revenue | Expenses | Assets | Net assets | Contributions | Program revenue | Officer pay | Employees | Volunteers |
|---|---|---|---|---|---|---|---|---|
| 2024 · Form 990 | ||||||||
| $3,412,211 | $3,312,932 | $1,090,714 | $957,229 | $3,282,517 | $103,900 | $180,737 | 40 | 3 |
| 2023 · Form 990 | ||||||||
| $2,731,845 | $2,768,192 | $975,975 | $858,445 | $2,605,577 | $110,732 | $162,840 | 37 | 3 |
| 2022 · Form 990 | ||||||||
| $2,504,877 | $2,597,969 | $1,005,080 | $907,509 | $2,340,815 | $162,731 | $143,035 | 32 | 3 |
| 2021 · Form 990 | ||||||||
| $2,838,989 | $2,587,322 | $1,142,512 | $1,000,601 | $2,680,273 | $158,716 | $138,007 | 30 | 3 |
| 2020 · Form 990 | ||||||||
| $3,136,866 | $2,844,328 | $2,304,562 | $748,934 | $2,977,162 | $159,689 | $134,116 | 36 | 4 |
Funders of this organization
3 grantors reported grants to this organization, $2,255,173 in all, tax years 2011 to 2024. Exact: the grantor wrote this organization's EIN. Fuzzy: the grantor wrote only a name (foundations' 990-PF has no EIN field), matched to the same or a near-identical name in the same state; the name as filed is shown. From the latest return for each grantor and year, so amended returns aren't counted twice. CSV
| Grantor | Type | Match | Years given | Grants | Total | Latest year | Latest year's amount | Grants |
|---|---|---|---|---|---|---|---|---|
| SILICON VALLEY COMMUNITY FOUNDATION | DAF sponsor | Exact | 2011-2018, 2020, 2022-2024 | 12 | $1,656,640 | 2024 | $70,195 | show |
| JOHN TEMPLETON FOUNDATION | Private foundation | Fuzzy filed as “Theiss Research”, “THEISS RESEARCH” | 2011-2017, 2020, 2023 | 14 | $548,533 | 2023 | $16,206 | show |
| BERKELEY EXISTENTIAL RISK INITIATIVE | Public charity | Exact | 2018 | 1 | $50,000 | 2018 | $50,000 | show |
Nearby + Similar BETA
Organizations like this one: what they do and who they are linked to
Same category: NTEE code and revenue
Ranked without any AI: same NTEE code first, then the same NTEE group; then revenue within 2x, 5x or 10x; then the same state; then similar name and mission text. Same state only · More (100)
| Organization | State | NTEE | Latest revenue | Latest expenses | Top-paid title | Top pay | Why similar |
|---|---|---|---|---|---|---|---|
| SYLVIA EARLE ALLIANCE MISSION BLUE | CA | U21 | $3,865,306 | $3,371,591 | Chief Advancement Officer | $180,641 | Same NTEE code U21, revenue within 2x, same state |
| CENTER FOR WHALE RESEARCH | WA | U21 | $2,131,035 | $797,940 | DIRECTOR | $0 | Same NTEE code U21, revenue within 2x |
| BRISTOL BAY SCIENCE & RESEARCH INSTITUTE | AK | U21 | $2,229,399 | $1,816,187 | EXECUTIVE DIR. (FROM 03/2023) | $118,930 | Same NTEE code U21, revenue within 2x |
| FOUNDATION FOR MARINE ECOLOGY AND TELEMETRY RESEARCH | WA | U21 | $1,954,597 | $1,845,575 | DirectorPresidentBiologist | $163,926 | Same NTEE code U21, revenue within 2x |
| MOLLUSCAN SCIENCE FOUNDATION INC | MD | U21 | $4,141,578 | $287,580 | VICE PRESIDE | $5,019 | Same NTEE code U21, revenue within 2x |
| MARINE RESOURCES DEVELOPMENT FOUNDATION | FL | U21 | $6,747,764 | $11,306,421 | CEO | $84,761 | Same NTEE code U21, revenue within 2x |
| NEPTUNES NAVY INC | NY | U21 | $1,828,542 | $1,848,540 | President | $0 | Same NTEE code U21, revenue within 2x |
| MARINE TECHNOLOGY SOCIETY INC | DC | U21 | $6,126,460 | $5,152,646 | Chief Executive Officer | $338,015 | Same NTEE code U21, revenue within 2x |
| GREAT LAKES OBSERVING SYSTEM REGIONAL ASSOCIATION | MI | U21 | $4,877,735 | $4,775,106 | Chief Information Officer | $218,000 | Same NTEE code U21, revenue within 2x |
| BLUE WORLD RESEARCH INSTITUTE INC | FL | U21 | $2,408,496 | $2,426,345 | PRESIDENT | $184,880 | Same NTEE code U21, revenue within 2x |
| CARIBBEAN COASTAL OCEAN OBSERVING SYSTEM INC | PR | U21 | $4,801,853 | $3,230,024 | EXECUTIVE OFFICER / DIRECTOR | $166,850 | Same NTEE code U21, revenue within 2x |
| MARINE SCIENCE FOUNDATION | FL | U21 | $5,557,079 | $1,981,918 | H.C. EMPLOYE | $226,007 | Same NTEE code U21, revenue within 2x |
| GLOUCESTER MARINE GENOMICS INSTITUTE INCORPORATED | MA | U21 | $4,255,401 | $5,946,610 | SCIENCE DIRECTOR | $242,892 | Same NTEE code U21, revenue within 2x |
| CENTRAL CARIBBEAN MARINE INSTITUTE INC | NJ | U21 | $1,871,686 | $2,099,531 | Chief Administration Officer | $114,963 | Same NTEE code U21, revenue within 2x |
| CHARLES F CHAPMAN SCHOOL OF SEAMANSHIP INC | FL | U21 | $2,753,275 | $2,576,255 | EXECUTIVE DI | $100,000 | Same NTEE code U21, revenue within 2x |
| PROJECT CETI INC | NY | U21 | $1,804,666 | $5,153,324 | CHIEF STRATEGY OFFICER | $189,697 | Same NTEE code U21, revenue within 2x |
| THE GLOBAL FOUNDATION FOR OCEAN EXPLORATION INC | CT | U21 | $2,422,237 | $3,242,015 | President | $295,869 | Same NTEE code U21, revenue within 2x |
| GULF OF MAINE LOBSTER FOUNDATION INC | ME | U21 | $1,959,108 | $1,923,015 | EXECUTIVE DIRECTOR | $117,452 | Same NTEE code U21, revenue within 2x |
| PALACIOS MARINE AGRICULTURAL RESEARCH INC | TX | U21 | $4,540,495 | $6,463,633 | CHIEF EXECUTIVE OFFICER | $207,860 | Same NTEE code U21, revenue within 2x |
| NORTHWEST STRAITS MARINE CONSERVATION FOUNDATION | WA | U21 | $2,005,517 | $2,011,744 | EXECUTIVE DIRECTOR | $125,969 | Same NTEE code U21, revenue within 2x |
| FLORIDA OCEANOGRAPHIC SOCIETY INC | FL | U21 | $4,017,704 | $3,772,689 | EXECUTIVE DIRECTOR / CEO | $180,280 | Same NTEE code U21, revenue within 2x |
| BLACK IN MARINE SCIENCE | WA | U21 | $3,222,718 | $2,591,943 | EXECUTIVE DIR | $178,600 | Same NTEE code U21, revenue within 2x |
| CLIMATE FOUNDATION | OR | U21 | $1,748,294 | $1,130,028 | Executive Dir. | $222,083 | Same NTEE code U21, revenue within 2x |
| MAINE CENTER FOR COASTAL FISHERIES | ME | U21 | $1,984,270 | $1,754,769 | Executive Director | $158,200 | Same NTEE code U21, revenue within 2x |
| WORLD AQUACULTURE SOCIETY INC | LA | U21 | $2,352,623 | $2,371,218 | Past-President | $0 | Same NTEE code U21, revenue within 2x |
Who funds organizations like this
Grantors that funded the 100 most similar organizations. Ranked by total given to them. Foundations (990-PF) and donor-advised fund sponsors only. Same matching as Funders above (by EIN, or by name for foundations).
The full list · all similar organizations
Where the money went
Every expense line on each return, biggest first: Form 990 Part IX (with its program, management and fundraising columns), 990-EZ Part I, or 990-PF Part I. Event marks lines the organization itself describes as events. “Events” in each summary adds those lines, conferences and meetings, and the direct costs of fundraising events. Unusual is not the same as improper. Many of these patterns have ordinary explanations. Check the filing.
2024 · Form 990 · $3,312,932 spent · pay $3,209,529 · grants $0 · events $7,260
| Line | As described | Total | Program | Management | Fundraising | Share |
|---|---|---|---|---|---|---|
| Other salaries and wages | $2,290,067 | $2,283,885 | $6,182 | $0 | 69.1% | |
| Other employee benefits | $430,166 | $429,118 | $1,048 | $0 | 13.0% | |
| Payroll taxes | $205,712 | $193,036 | $12,676 | $0 | 6.2% | |
| Pay: officers, directors, trustees, key employees | $180,737 | $0 | $180,737 | $0 | 5.5% | |
| Pension plan contributions | $102,847 | $102,498 | $349 | $0 | 3.1% | |
| Travel | $33,267 | $33,267 | $0 | $0 | 1.0% | |
| Office expenses | $28,358 | $20,745 | $7,613 | $0 | 0.9% | |
| Fees: accounting | $11,000 | $0 | $11,000 | $0 | 0.3% | |
| Insurance | $9,764 | $0 | $9,764 | $0 | 0.3% | |
| Fees: other services | $9,481 | $9,481 | $0 | $0 | 0.3% | |
| Conferences, conventions and meetings | $7,260 | $7,260 | $0 | $0 | 0.2% | |
| Information technology | $4,273 | $980 | $3,293 | $0 | 0.1% | |
| Other (as described) | Allocation of indirect expenses | $0 | $232,526 | -$232,526 | $0 | 0.0% |
| Total | $3,312,932 | 100% |
2023 · Form 990 · $2,768,192 spent · pay $2,598,929 · grants $0 · events $7,304
| Line | As described | Total | Program | Management | Fundraising | Share |
|---|---|---|---|---|---|---|
| Other salaries and wages | $1,841,707 | $1,836,009 | $5,698 | $0 | 66.5% | |
| Other employee benefits | $346,563 | $345,609 | $954 | $0 | 12.5% | |
| Payroll taxes | $167,784 | $156,518 | $11,266 | $0 | 6.1% | |
| Pay: officers, directors, trustees, key employees | $162,840 | $0 | $162,840 | $0 | 5.9% | |
| Fees: other services | $86,879 | $86,879 | $0 | $0 | 3.1% | |
| Pension plan contributions | $80,035 | $79,738 | $297 | $0 | 2.9% | |
| Travel | $27,952 | $27,952 | $0 | $0 | 1.0% | |
| Office expenses | $26,269 | $18,359 | $7,910 | $0 | 0.9% | |
| Fees: accounting | $11,000 | $0 | $11,000 | $0 | 0.4% | |
| Conferences, conventions and meetings | $7,304 | $7,304 | $0 | $0 | 0.3% | |
| Insurance | $6,738 | $0 | $6,738 | $0 | 0.2% | |
| Information technology | $3,121 | $106 | $3,015 | $0 | 0.1% | |
| Other (as described) | Allocation of indirect expenses | $0 | $209,584 | -$209,584 | $0 | 0.0% |
| Total | $2,768,192 | 100% |
2022 · Form 990 · $2,597,969 spent · pay $2,450,297 · grants $0 · events $12,786
| Line | As described | Total | Program | Management | Fundraising | Share |
|---|---|---|---|---|---|---|
| Other salaries and wages | $1,738,850 | $1,737,684 | $1,166 | $0 | 66.9% | |
| Other employee benefits | $327,156 | $326,862 | $294 | $0 | 12.6% | |
| Payroll taxes | $156,269 | $146,375 | $9,894 | $0 | 6.0% | |
| Pay: officers, directors, trustees, key employees | $143,035 | $0 | $143,035 | $0 | 5.5% | |
| Pension plan contributions | $84,987 | $84,929 | $58 | $0 | 3.3% | |
| Fees: other services | $51,975 | $51,975 | $0 | $0 | 2.0% | |
| Travel | $45,517 | $45,517 | $0 | $0 | 1.8% | |
| Conferences, conventions and meetings | $12,786 | $12,786 | $0 | $0 | 0.5% | |
| Office expenses | $11,592 | $7,140 | $4,452 | $0 | 0.4% | |
| Fees: accounting | $11,000 | $0 | $11,000 | $0 | 0.4% | |
| Information technology | $7,899 | $5,165 | $2,734 | $0 | 0.3% | |
| Insurance | $6,903 | $0 | $6,903 | $0 | 0.3% | |
| Other (as described) | Allocation of indirect expenses | $0 | $179,402 | -$179,402 | $0 | 0.0% |
| Total | $2,597,969 | 100% |
2021 · Form 990 · $2,587,322 spent · pay $2,441,569 · grants $0 · events $7,038
| Line | As described | Total | Program | Management | Fundraising | Share |
|---|---|---|---|---|---|---|
| Other salaries and wages | $1,745,878 | $1,745,878 | $0 | $0 | 67.5% | |
| Other employee benefits | $310,255 | $309,893 | $362 | $0 | 12.0% | |
| Payroll taxes | $163,926 | $154,364 | $9,562 | $0 | 6.3% | |
| Pay: officers, directors, trustees, key employees | $138,007 | $0 | $138,007 | $0 | 5.3% | |
| Fees: other services | $91,780 | $91,485 | $295 | $0 | 3.5% | |
| Pension plan contributions | $83,503 | $83,503 | $0 | $0 | 3.2% | |
| Office expenses | $23,281 | $17,468 | $5,813 | $0 | 0.9% | |
| Fees: accounting | $10,150 | $0 | $10,150 | $0 | 0.4% | |
| Insurance | $7,282 | $0 | $7,282 | $0 | 0.3% | |
| Conferences, conventions and meetings | $7,038 | $7,038 | $0 | $0 | 0.3% | |
| Travel | $2,926 | $2,926 | $0 | $0 | 0.1% | |
| Information technology | $2,270 | $828 | $1,442 | $0 | 0.1% | |
| Occupancy | $1,026 | $0 | $1,026 | $0 | 0.0% | |
| Other (as described) | Allocation of indirect expenses | $0 | $173,805 | -$173,805 | $0 | 0.0% |
| Total | $2,587,322 | 100% |
2020 · Form 990 · $2,844,328 spent · pay $2,773,269 · grants $0 · events $5,583
| Line | As described | Total | Program | Management | Fundraising | Share |
|---|---|---|---|---|---|---|
| Other salaries and wages | $2,031,390 | $2,030,800 | $590 | $0 | 71.4% | |
| Other employee benefits | $327,114 | $326,832 | $282 | $0 | 11.5% | |
| Payroll taxes | $183,812 | $174,853 | $8,959 | $0 | 6.5% | |
| Pay: officers, directors, trustees, key employees | $134,116 | $0 | $134,116 | $0 | 4.7% | |
| Pension plan contributions | $96,837 | $96,792 | $45 | $0 | 3.4% | |
| Travel | $12,829 | $12,829 | $0 | $0 | 0.5% | |
| Occupancy | $12,495 | $0 | $12,495 | $0 | 0.4% | |
| Information technology | $11,289 | $6,183 | $5,106 | $0 | 0.4% | |
| Fees: accounting | $10,400 | $0 | $10,400 | $0 | 0.4% | |
| Office expenses | $9,865 | $3,516 | $6,349 | $0 | 0.3% | |
| Insurance | $7,678 | $0 | $7,678 | $0 | 0.3% | |
| Conferences, conventions and meetings | $5,583 | $5,583 | $0 | $0 | 0.2% | |
| Fees: other services | $625 | $625 | $0 | $0 | 0.0% | |
| Fees: legal | $295 | $0 | $295 | $0 | 0.0% | |
| Other (as described) | Allocation of indirect expenses | $0 | $186,182 | -$186,182 | $0 | 0.0% |
| Total | $2,844,328 | 100% |
Federal grants and contracts
Awards from USAspending.gov to a recipient with this organization's name and zip code. Obligations by federal fiscal year (October to September); each award links to its page on usaspending.gov.
| Fiscal year | Grants and other assistance | Contracts | Awards |
|---|---|---|---|
| 2026 | $2,859,707 | $0 | 33 |
| 2025 | $3,617,803 | $0 | 43 |
| 2024 | $3,303,454 | $0 | 32 |
| 2023 | $3,256,555 | $0 | 41 |
| 2022 | $2,263,505 | $0 | 29 |
| 2021 | $2,812,126 | $0 | 38 |
| 2020 | $2,375,453 | $0 | 39 |
| 2019 | $2,986,614 | $0 | 47 |
| 2018 | $2,708,654 | $0 | 46 |
| 2017 | $3,273,288 | $0 | 52 |
| 2016 | $2,668,997 | $0 | 35 |
| 2015 | $2,403,905 | $0 | 27 |
| 2014 | $1,627,330 | $0 | 16 |
| 2013 | $581,449 | $0 | 7 |
| 2012 | $569,094 | $0 | 5 |
| 2011 | $109,997 | $0 | 1 |
| 2010 | $104,443 | $0 | 1 |
| 2009 | $504,818 | $0 | 3 |
| 2008 | $149,805 | $0 | 1 |
Largest awards · 200 shown
| Year | Agency | Kind | Program | Description | Obligated |
|---|---|---|---|---|---|
| 2026 | National Institute of Standards and Technology | Grant or other assistance | PHYSICAL MEASUREMENT LABORATORY (PML) GRANT PROGRAM 11.067 | PURPOSE: TO ADVANCE THE SCIENCE AND DISSEMINATION OF TEMPERATURE METROLOGY BY IMPROVING THE EFFICIENCY, RELIABILITY, AND ACCESSIBILITY OF REALIZATIONS OF THE IN | $251,370 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: TO DEVELOP TECHNIQUES FOR IMPROVING THE MANUFACTURABILITY OF SUPERCONDUCTING QUANTUM CIRCUITS. ACTIVITIES TO BE PERFORMED:THIS PROJECT WILL PROVIDE IN | $196,346 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO STUDY, DEVELOP AND EXPERIMENTALLY DEMONSTRATE INTEGRATED PHOTONIC STRUCTURES FOR VERSATILE AND HIGH-PERFORMANCE COUPLIN | $186,016 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THIS COOPERATIVE AGREEMENT PROPOSES THE APPLICATION OF AN EMERGING X-RAY METROLOGY TO REVEAL MOLECULAR-SCALE BEHAVIOR OF THE CATALYSTS RESPONSIBLE FOR | $179,576 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | PHYSICAL MEASUREMENT LABORATORY (PML) GRANT PROGRAM 11.067 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP NEW OPTIMIZATION TECHNIQUES, PRODUCE OPTIMIZED INTEGRATED PHOTONIC STRUCTURE DESIGNS, DEVELOP EFFICIENT TEST ST | $171,211 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO IMPROVE THE PERFORMANCE OF A MICROFABRICATED OPTOMECHANICAL SENSING PLATFORM WITH HIGH INTRINSIC ACCURACY BASED ON A | $167,234 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS COOPERATIVE AGREEMENT IS TO DEVELOP AND VALIDATE AUTONOMOUS DECISION-MAKING METHODS THAT SELECT BOTH THE NEXT MATERIALS EXPERIMENT | $150,000 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: TO DEVELOP ALGORITHMS AND FIRMWARE FOR RFSOC ELECTRONICS TO BETTER CONTROL QUBITS AND QUANTUM SENSORS.ACTIVITIES TO BE PERFORMED:DEVELOP, TEST, AND GRA | $148,104 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP AND TEST THE LIMITS OF SEVERAL SCHEMES FOR DETERMINING SINGLE-MOLECULE ORIENTATION.ACTIVITIES TO BE PERFORMED | $143,701 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP SILICON CHIP-INTEGRATED PHOTONIC DEVICES OPERATING AT TELECOMMUNICATIONS WAVELENGTHS FOR BASIC QUANTUM SCIENCE | $142,905 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP AN INSTRUMENT TO LEVITATE MICROPARTICLES IN VACUUM AND TO USE THE INSTRUMENT TO INVESTIGATE APPROACHES TO CONTRO | $134,178 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE SEMICONDUCTOR INDUSTRY RELIES ON A HIGHLY INTERCONNECTED GLOBAL SUPPLY AND FABRICATION CHAIN TO PRODUCE ADVANCED SEMICONDUCTOR TECHNOLOGIES. HOWEVE | $126,313 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP PHYSICS-INFORMED, ARTIFICIAL, AI-DRIVEN AGENTS (I.E., DECISION MAKING SOFTWARE TOOLS) THAT GUIDE THE DESIGN OF | $122,463 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | PHYSICAL MEASUREMENT LABORATORY (PML) GRANT PROGRAM 11.067 | PURPOSE: TO DEVELOP ASSEMBLY AND TESTING METHODOLOGIES TO REALIZE HIGH YIELD DETECTOR-TO-READOUT MODULES COMPRISED OF ARRAYS OF SUPERCONDUCTING SENSORS.ACTIVITI | $114,601 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE OVERARCHING GOAL OF THIS PROJECT IS TO ADVANCE NANOPARTICLE METROLOGY BY ADDRESSING THE CRITICAL PRACTICAL CALIBRATION SHORTAGE AND DECODING NANOPAR | $105,457 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS PROJECT IS TO USE CAPACITANCE MEASUREMENTS TO UNDERSTAND THE ENERGETICS OF DNA NANOSTRUCTURE TO EVALUATE THEIR USE AS BIOSENSORS.ACT | $81,720 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE PURPOSE OF THIS GRANT IS TO DEVELOP FABRICATION PROCESSES AND MEASUREMENTS FOR INTEGRATED DEVICES THAT CAN BE USED FOR SCIENTIFIC RESEARCH AND APPLICATIONS | $80,204 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | PHYSICAL MEASUREMENT LABORATORY (PML) GRANT PROGRAM 11.067 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO EXPLORE THE FEASIBILITY OF CREATING AND TRACEABLY CALIBRATING SI CHIPS FOR SCALE-SETTING IN VARIOUS MICROSCOPY TECHNIQU | $79,908 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTION:THE PURPOSE OF THIS PROJECT IS TO DEVELOP, STUDY AND EXPERIMENTALLY DEMONSTRATE CHIP-SCALE INTEGRATED HIGH SPEED BROADBAND ELECTRO-OPTIC MOD | $66,214 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTIONPURPOSE: THIS PROPOSAL AIMS TO DEVELOP AN IMPROVED ENDOTHELIAL/CARDIAC ORGAN-ON-CHIP MODEL CAPABLE OF REAL-TIME, MINIMALLY INVASIVE MEASUREME | $56,322 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP TESTING TOOLS AND STANDARDS RELATED TO SECURITY SCREENING SYSTEMS.ACTIVITIES TO BE PERFORMED: DOCUMENTARY STAND | $50,000 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | PHYSICAL MEASUREMENT LABORATORY (PML) GRANT PROGRAM 11.067 | PURPOSE: THE PURPOSE OF THIS AWARD IS TO SUPPORT THE DEVELOPMENT AND IMPLEMENTATION OF SCANNING TUNNELING MICROSCOPY TECHNIQUES AIMED AT MEASURING TUNNELING CON | $43,620 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP IN-SITU ELECTRON MICROSCOPY MEASUREMENTS ON NOVEL LOW-DIMENSIONAL ELECTRONIC MATERIALS, TRANSITION METAL CHALCO | $36,280 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO OBTAIN REFERENCE DATA FOR NANOPARTICLE STANDARDS THAT ARE COMMONLY USED YET INCOMPLETELY CHARACTERIZED AND POORLY UND | $26,437 |
| 2026 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEMONSTRATE THE USE OF A MICROFLUIDIC PLATFORM WITH ELECTRONIC MANIPULATION AND MEASUREMENT CAPABILITIES FOR THE DETE | -$477 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: TO DEVELOP ALGORITHMS AND FIRMWARE FOR RFSOC ELECTRONICS TO BETTER CONTROL QUBITS AND QUANTUM SENSORS.ACTIVITIES TO BE PERFORMED:DEVELOP, TEST, AND GRA | $326,049 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO EXPLAIN ANOMALOUS PROPERTIES OF SOLVENT MIXTURES BY USE OF COMPUTATIONAL DIELECTRIC SPECTROSCOPY, TO HELP WITH THE SELE | $244,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: TO DEVELOP TECHNIQUES FOR IMPROVING THE MANUFACTURABILITY OF SUPERCONDUCTING QUANTUM CIRCUITS. ACTIVITIES TO BE PERFORMED:THIS PROJECT WILL PROVIDE IN | $215,018 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO OBTAIN REFERENCE DATA FOR NANOPARTICLE STANDARDS THAT ARE COMMONLY USED YET INCOMPLETELY CHARACTERIZED AND POORLY UND | $200,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO USE BRILLOUIN LIGHT SCATTERING COUPLED WITH OTHER TECHNIQUES, SUCH AS LOW FREQUENCY RAMAN, TO BUILD A NEW MICROSCOPE | $189,801 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THIS COOPERATIVE AGREEMENT PROPOSES THE APPLICATION OF AN EMERGING X-RAY METROLOGY TO REVEAL MOLECULAR-SCALE BEHAVIOR OF THE CATALYSTS RESPONSIBLE FOR | $180,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS COOPERATIVE AGREEMENT IS TO USE A NOVEL TECHNIQUE, SOLUTION BLOW SPINNING, TO DEVELOP MODEL SYSTEMS, EVALUATE THEM, AND FURTHER THE | $168,927 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS PROJECT IS TO USE CAPACITANCE MEASUREMENTS TO UNDERSTAND THE ENERGETICS OF DNA NANOSTRUCTURE TO EVALUATE THEIR USE AS BIOSENSORS.ACT | $165,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP SILICON CHIP-INTEGRATED PHOTONIC DEVICES OPERATING AT TELECOMMUNICATIONS WAVELENGTHS FOR BASIC QUANTUM SCIENCE | $165,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THE PROPOSED RESEARCH IS TO IMPROVE TEMPERATURE REALIZATION CELLS THAT ARE USED TO CALIBRATE THE STANDARD PLATINUM RESISTANCE THERMOMETE | $162,622 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP IN-SITU ELECTRON MICROSCOPY MEASUREMENTS ON NOVEL LOW-DIMENSIONAL ELECTRONIC MATERIALS, TRANSITION METAL CHALCO | $161,397 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP AND TEST THE LIMITS OF SEVERAL SCHEMES FOR DETERMINING SINGLE-MOLECULE ORIENTATION.ACTIVITIES TO BE PERFORMED | $145,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP PHYSICS-INFORMED, ARTIFICIAL, AI-DRIVEN AGENTS (I.E., DECISION MAKING SOFTWARE TOOLS) THAT GUIDE THE DESIGN OF | $144,689 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO USE NIST'S SOON-TO-BE-COMPLETED YIELD MEASUREMENT APPARATUS TO MEASURE SECONDARY AND BACKSCATTERED ELECTRON YIELDS AN | $140,675 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO INVESTIGATE AND UNDERSTAND THE FUNDAMENTAL MECHANISMS OF SURFACTANT-MEDITATED ELECTROCHEMICAL METAL DEPOSITION, PARTI | $128,221 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP AN INSTRUMENT TO LEVITATE MICROPARTICLES IN VACUUM AND TO USE THE INSTRUMENT TO INVESTIGATE APPROACHES TO CONTRO | $125,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP TESTING TOOLS AND STANDARDS RELATED TO SECURITY SCREENING SYSTEMS.ACTIVITIES TO BE PERFORMED: DOCUMENTARY STAND | $125,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO IMPROVE THE SPEED OF SIMULATIONS OF X-RAY SPECTRA AND VALIDATE THEIR ACCURACY FOR SUPPORTING MEASUREMENTS OF CATALYSTS | $109,250 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO IMPROVE THE PERFORMANCE OF A MICROFABRICATED OPTOMECHANICAL SENSING PLATFORM WITH HIGH INTRINSIC ACCURACY BASED ON A | $100,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE PURPOSE OF THIS PROJECT IS TO DEVELOP, STUDY AND DEMONSTRATE METHODS ON NUMERICALOPTIMIZATION AND INVERSE DESIGN OF MICRODEVICES AND THEIR APPLICATIONS IN M | $97,488 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP SENSING TOOLS TO MEASURE FLOW WITHIN MICROFLUIDIC CHANNELS USING ACOUSTIC WAVES AND COMBINED IT WITH OTHER MI | $93,110 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THIS GRANT'S PURPOSE IS TO DEVELOP THE METHODOLOGY, NEW ALGORITHMS, AND COMPUTER SOFTWARE FOR DETERMINING LOCAL AND NANOSCALE ATOMIC AND MAGNETIC ORDE | $79,130 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO STUDY, DEVELOP AND EXPERIMENTALLY DEMONSTRATE INTEGRATED PHOTONIC STRUCTURES FOR VERSATILE AND HIGH-PERFORMANCE COUPLIN | $75,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTION:THE PURPOSE OF THIS GRANT IS TO DESIGN AND IMPLEMENT A PLASMONIC-ENHANCED NANOPORE SYSTEM TO IMPROVE AND OPTIMIZE NANOPORE SENSORS FOR SINGL | $65,000 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTIONPURPOSE: THIS PROPOSAL AIMS TO DEVELOP AN IMPROVED ENDOTHELIAL/CARDIAC ORGAN-ON-CHIP MODEL CAPABLE OF REAL-TIME, MINIMALLY INVASIVE MEASUREME | $35,680 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO INCREASE THE ACCURACY OF COMPUTATIONAL DIELECTRIC SPECTROSCOPY AND DEVELOP COMPUTATIONAL ACOUSTIC SPECTROSCOPY TO HELP | $20,765 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP NEW ALGORITHMS AND COMPUTER SOFTWARE FOR DETERMINING ATOMIC ORDER IN TECHNOLOGICAL MATERIALS USING A COMBINED IN | -$227 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS PROJECT IS TO USE CAPACITANCE MEASUREMENTS TO UNDERSTAND THE STRUCTURAL PROPERTIES OF DNA NANOSTRUCTURE TO EVALUATE THEIR USE AS BIO | -$234 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IN SITU THERMAL MAGIC: AN SI-TRACEABLE METHOD FOR 3D THERMAL MAGNETIC IMAGING AND CONTROL | -$310 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO PROVIDE MEASUREMENT METHODS AND DATA TO HELP ENABLE THE TRANSITION TO A CIRCULAR ECONOMY, WITH THE GOALS OF IMPROVING S | -$321 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | CHEMICAL FUNCTIONALIZATION AND CHARACTERIZATION OF TWO-DIMENSIONAL MATERIALS AND DEVICES | -$371 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | EXPLOITING ALTERNATE COMPUTING TECHNOLOGIES II | -$461 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: MICROWAVE MULTIPLEXING IS A POWERFUL READOUT TECHNIQUE, ALLOWING MEASUREMENTS USING LARGE SUPER-CONDUCTING SENSOR ARRAYS WITH UNPRECEDENTEDLY HIGH NUM | -$463 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO APPLY AB INITIO COMPUTATIONAL METHODS TO CHARACTERIZE THE INTERACTIONS OF IONS IN SOLUTIONS AND AT ELECTROCHEMICAL | -$471 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | INTEGRATING ORGANIC DYE-MOLECULE AS SINGLE PHOTON EMITTERS TO NANOPHOTONICS DEVICES | -$596 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP NEW METHODS AND COMPUTER SOFTWARE FOR DETERMINING ATOMIC ORDER IN INORGANIC MATERIALS FOR TECHNOLOGICAL APPLICAT | -$842 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP FLUORESCENCE LIFETIME IMAGING MICROSCOPY (FLIM) AS A RELIABLE, QUANTITATIVETOOL FOR THE STUDY OF THE DAMAGE MECH | -$983 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO USE FIELD-EFFECT TRANSISTORS TO MEASURE THE BINDING KINETICS OF DNA INTERACTIONS WITH HIGH PRECISION TO IMPROVE BIOSE | -$1,254 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | CHARACTERIZATION OF ELECTRON EMISSION OF CONDUCTORS & SEMICONDUCTORS IN ULTRA HIGH VACUUM UNDER ELECTRON BOMBARDMENT FOR NANOMETROLOGY | -$1,584 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO SUPPORT A COLLABORATIVE PROJECT BETWEEN THE NIST MATERIAL MEASUREMENT LABORATORY AND ENGINEERING LABORATORY THAT SEEKS | -$7,367 |
| 2025 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO INVESTIGATE QUANTITATIVE STRUCTURAL AND CHEMICAL INFORMATION ON BOTH POLYMER FILMS AND MNP .ACTIVITIES TO BE PERFORME | -$28,533 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THE PROPOSED RESEARCH IS TO IMPROVE TEMPERATURE REALIZATION CELLS THAT ARE USED TO CALIBRATE THE STANDARD PLATINUM RESISTANCE THERMOMETE | $299,154 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO INCREASE THE ACCURACY OF COMPUTATIONAL DIELECTRIC SPECTROSCOPY AND DEVELOP COMPUTATIONAL ACOUSTIC SPECTROSCOPY TO HELP | $247,500 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE PURPOSE OF THIS GRANT IS TO DEVELOP FABRICATION PROCESSES AND MEASUREMENTS FOR INTEGRATED DEVICES THAT CAN BE USED FOR SCIENTIFIC RESEARCH AND APPLICATIONS | $189,528 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTION:THE PURPOSE OF THIS PROJECT IS TO DEVELOP, STUDY AND EXPERIMENTALLY DEMONSTRATE CHIP-SCALE INTEGRATED HIGH SPEED BROADBAND ELECTRO-OPTIC MOD | $188,967 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP OPERANDO HIGH-THROUGHPUT RESONANT INELASTIC X-RAY SCATTERING CAPABILITIES FOR STUDIES OF CO2 REDUCTION CATALY | $165,721 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS COOPERATIVE AGREEMENT IS TO USE A NOVEL TECHNIQUE, SOLUTION BLOW SPINNING, TO DEVELOP MODEL SYSTEMS, EVALUATE THEM, AND FURTHER THE | $158,559 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP IN-SITU ELECTRON MICROSCOPY MEASUREMENTS ON NOVEL LOW-DIMENSIONAL ELECTRONIC MATERIALS, TRANSITION METAL CHALCO | $156,545 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE PURPOSE OF THIS PROJECT IS TO DEVELOP, STUDY AND DEMONSTRATE METHODS ON NUMERICALOPTIMIZATION AND INVERSE DESIGN OF MICRODEVICES AND THEIR APPLICATIONS IN M | $153,236 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO USE BRILLOUIN LIGHT SCATTERING COUPLED WITH OTHER TECHNIQUES, SUCH AS LOW FREQUENCY RAMAN, TO BUILD A NEW MICROSCOPE | $148,944 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP SILICON CHIP-INTEGRATED PHOTONIC DEVICES OPERATING AT TELECOMMUNICATIONS WAVELENGTHS FOR BASIC QUANTUM SCIENCE | $146,100 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP AND TEST THE LIMITS OF SEVERAL SCHEMES FOR DETERMINING SINGLE-MOLECULE ORIENTATION.ACTIVITIES TO BE PERFORMED | $137,850 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP CHIP-BASED DEVICES WITH INTEGRATED QUANTUM DOTS FOR BASIC QUANTUM SCIENCE RESEARCH AS WELL AS APPLICATIONS IN Q | $135,000 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO STUDY, DEVELOP AND EXPERIMENTALLY DEMONSTRATE INTEGRATED PHOTONIC STRUCTURES FOR VERSATILE AND HIGH-PERFORMANCE COUPLIN | $127,230 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP SENSING TOOLS TO MEASURE FLOW WITHIN MICROFLUIDIC CHANNELS USING ACOUSTIC WAVES AND COMBINED IT WITH OTHER MI | $123,750 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP TESTING TOOLS AND STANDARDS RELATED TO SECURITY SCREENING SYSTEMS.ACTIVITIES TO BE PERFORMED: DOCUMENTARY STAND | $123,117 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP AN INSTRUMENT TO LEVITATE MICROPARTICLES IN VACUUM AND TO USE THE INSTRUMENT TO INVESTIGATE APPROACHES TO CONTRO | $123,000 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP PHYSICAL MODELS OF ALUMINUM GALLIUM NITRIDE (ALGAN)/GALLIUM NITRIDE (GAN)-BASED HIGH-ELECTRON-MOBILITY TRANSI | $122,360 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO OBTAIN REFERENCE DATA FOR NANOPARTICLE STANDARDS THAT ARE COMMONLY USED YET INCOMPLETELY CHARACTERIZED AND POORLY UND | $113,000 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO USE NIST'S SOON-TO-BE-COMPLETED YIELD MEASUREMENT APPARATUS TO MEASURE SECONDARY AND BACKSCATTERED ELECTRON YIELDS AN | $110,940 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: TO DEVELOP OPTO-ELECTRONIC EXCITON-BASED DEVICES AND METROLOGY TO CONTRIBUTE TO RESEARCH IN DEVELOPING EXCITON-BASED SENSOR TECHNOLOGY.ACTIVITIES TO BE | $105,729 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS PROJECT IS TO USE CAPACITANCE MEASUREMENTS TO UNDERSTAND THE ENERGETICS OF DNA NANOSTRUCTURE TO EVALUATE THEIR USE AS BIOSENSORS.ACT | $80,000 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THIS GRANT'S PURPOSE IS TO DEVELOP THE METHODOLOGY, NEW ALGORITHMS, AND COMPUTER SOFTWARE FOR DETERMINING LOCAL AND NANOSCALE ATOMIC AND MAGNETIC ORDE | $65,212 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO IMPROVE THE SPEED OF SIMULATIONS OF X-RAY SPECTRA AND VALIDATE THEIR ACCURACY FOR SUPPORTING MEASUREMENTS OF CATALYSTS | $48,690 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTIONPURPOSE: THIS PROPOSAL AIMS TO DEVELOP AN IMPROVED ENDOTHELIAL/CARDIAC ORGAN-ON-CHIP MODEL CAPABLE OF REAL-TIME, MINIMALLY INVASIVE MEASUREME | $37,100 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | EVALUATION AND ISOMER DIFFERENTIATION FOR FENTANYL-RELATED COMPOUNDS USING ANALYTICAL TECHNIQUES AND HOST-GUEST CHEMISTRY | -$84 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | OPTOMECHANICAL SENSING: ACCELEROMETER AND BEYOND | -$429 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO IDENTIFY THE BEST PRACTICES FOR GROWTH OF THIN FILM MAGNETIC TUNNEL JUNCTIONS FOR ADVANCED MAGNETIC MEMORY ELEMENTS.A | -$815 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | COMPUTER ALGORITHMS AND SOFTWARE FOR STRUCTURE REFINEMENTS USING THE REVERSE MONTE CARLO METHOD | -$879 |
| 2024 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | FABRICATION AND CHARACTERIZATION OF INTEGRATED METASURFACE AND NANOPHOTONIC DEVICES FOR QUANTUM OPTICS APPLICATIONS | -$1,574 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTION:THE PURPOSE OF THIS GRANT IS TO DESIGN AND IMPLEMENT A PLASMONIC-ENHANCED NANOPORE SYSTEM TO IMPROVE AND OPTIMIZE NANOPORE SENSORS FOR SINGL | $233,940 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | ADVANCED PROCESS DEVELOPMENT FOR SQUID MULITPLEXERS | $205,968 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTION:THIS GRANT WILL FUND RESEARCH AIMED AT IMPROVED ACCURACY OF THE SCANNING ELECTRON MICROSCOPE (SEM) WHEN PERFORMING DIMENSIONAL MEASUREMENTS | $190,410 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP NEW METHODS AND COMPUTER SOFTWARE FOR DETERMINING ATOMIC ORDER IN INORGANIC MATERIALS FOR TECHNOLOGICAL APPLICAT | $170,273 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO IMPROVE THE SPEED OF SIMULATIONS OF X-RAY SPECTRA AND VALIDATE THEIR ACCURACY FOR SUPPORTING MEASUREMENTS OF CATALYSTS | $158,519 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP OPERANDO HIGH-THROUGHPUT RESONANT INELASTIC X-RAY SCATTERING CAPABILITIES FOR STUDIES OF CO2 REDUCTION CATALY | $157,547 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS PROJECT IS TO USE CAPACITANCE MEASUREMENTS TO UNDERSTAND THE STRUCTURAL PROPERTIES OF DNA NANOSTRUCTURE TO EVALUATE THEIR USE AS BIO | $152,151 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS COOPERATIVE AGREEMENT IS TO USE A NOVEL TECHNIQUE, SOLUTION BLOW SPINNING, TO DEVELOP MODEL SYSTEMS, EVALUATE THEM, AND FURTHER THE | $148,623 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP FLUORESCENCE LIFETIME IMAGING MICROSCOPY (FLIM) AS A RELIABLE, QUANTITATIVETOOL FOR THE STUDY OF THE DAMAGE MECH | $146,119 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO IMPROVE THE PERFORMANCE OF A MICROFABRICATED OPTOMECHANICAL SENSING PLATFORM WITH HIGH INTRINSIC ACCURACY BASED ON A | $127,111 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE PURPOSE OF THIS PROJECT IS TO DEVELOP, STUDY AND DEMONSTRATE METHODS ON NUMERICALOPTIMIZATION AND INVERSE DESIGN OF MICRODEVICES AND THEIR APPLICATIONS IN M | $126,181 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE PURPOSE OF THIS GRANT IS TO DEVELOP FABRICATION PROCESSES AND MEASUREMENTS FOR INTEGRATED DEVICES THAT CAN BE USED FOR SCIENTIFIC RESEARCH AND APPLICATIONS | $122,600 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEVELOP SENSING TOOLS TO MEASURE FLOW WITHIN MICROFLUIDIC CHANNELS USING ACOUSTIC WAVES AND COMBINED IT WITH OTHER MI | $119,867 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PROJECT DESCRIPTION:THE PURPOSE OF THIS PROJECT IS TO DEVELOP, STUDY AND EXPERIMENTALLY DEMONSTRATE CHIP-SCALE INTEGRATED HIGH SPEED BROADBAND ELECTRO-OPTIC MOD | $119,000 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP IN-SITU ELECTRON MICROSCOPY MEASUREMENTS ON NOVEL LOW-DIMENSIONAL ELECTRONIC MATERIALS, TRANSITION METAL CHALCO | $118,035 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | INTEGRATING ORGANIC DYE-MOLECULE AS SINGLE PHOTON EMITTERS TO NANOPHOTONICS DEVICES | $110,975 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | CHARACTERIZATION OF ELECTRON EMISSION OF CONDUCTORS & SEMICONDUCTORS IN ULTRA HIGH VACUUM UNDER ELECTRON BOMBARDMENT FOR NANOMETROLOGY | $105,586 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO INVESTIGATE QUANTITATIVE STRUCTURAL AND CHEMICAL INFORMATION ON BOTH POLYMER FILMS AND MNP .ACTIVITIES TO BE PERFORME | $105,402 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO SUPPORT A COLLABORATIVE PROJECT BETWEEN THE NIST MATERIAL MEASUREMENT LABORATORY AND ENGINEERING LABORATORY THAT SEEKS | $102,122 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: TO DEVELOP OPTO-ELECTRONIC EXCITON-BASED DEVICES AND METROLOGY TO CONTRIBUTE TO RESEARCH IN DEVELOPING EXCITON-BASED SENSOR TECHNOLOGY.ACTIVITIES TO BE | $99,088 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO APPLY AB INITIO COMPUTATIONAL METHODS TO CHARACTERIZE THE INTERACTIONS OF IONS IN SOLUTIONS AND AT ELECTROCHEMICAL | $98,137 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEMONSTRATE THE USE OF A MICROFLUIDIC PLATFORM WITH ELECTRONIC MANIPULATION AND MEASUREMENT CAPABILITIES FOR THE DETE | $98,038 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO INCREASE THE ACCURACY OF COMPUTATIONAL DIELECTRIC SPECTROSCOPY AND DEVELOP COMPUTATIONAL ACOUSTIC SPECTROSCOPY TO HELP | $87,000 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IN SITU THERMAL MAGIC: AN SI-TRACEABLE METHOD FOR 3D THERMAL MAGNETIC IMAGING AND CONTROL | $73,496 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP NEW ALGORITHMS AND COMPUTER SOFTWARE FOR DETERMINING ATOMIC ORDER IN TECHNOLOGICAL MATERIALS USING A COMBINED IN | $64,395 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO USE FIELD-EFFECT TRANSISTORS TO MEASURE THE BINDING KINETICS OF DNA INTERACTIONS WITH HIGH PRECISION TO IMPROVE BIOSE | $25,402 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO PROVIDE MEASUREMENT METHODS AND DATA TO HELP ENABLE THE TRANSITION TO A CIRCULAR ECONOMY, WITH THE GOALS OF IMPROVING S | $24,000 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | EVALUATION AND ISOMER DIFFERENTIATION FOR FENTANYL-RELATED COMPOUNDS USING ANALYTICAL TECHNIQUES AND HOST-GUEST CHEMISTRY | $6,350 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE METROLOGY OF SECURITY IMAGING: AI, STANDARDS AND NEW FRONTIERS | -$60 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | TUNABLE POLYMER ELASTOMER NANOCOMPOSITES AND ADVANCED MATERIALS FOR PROTECTIVE APPLICATIONS | -$287 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | QUANTUM TRANSPORT PROPERTIES OF 2-DIMENSIONAL HETEROSTRUCTURES FOR FUTURE SWITCHING AND SENSING DEVICES | -$288 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | METROLOGIES FOR CHARACTERIZING THE PROPERTIES OF BIOMIMETIC STRUCTURES FOR USE IN ENERGY DISSIPATION APPLICATIONS | -$343 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | ADAPTABLE AND HIGHLY SENSITIVE ELECTRON SPIN RESONANCE TECHNIQUE USING INTERFEROMETRIC MICROWAVE BRIDGE AND LOW NOISE, HIGH SPEED, AND LOW TEMPERATURE MEASUREME | -$379 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | DETERMINATION OF ATOMIC ARRANGEMENTS IN ELECTROCERAMICS | -$685 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IN SITU TEM STUDY OF THE PHASE TRANSFORMATIONS IN 2D MATERIALS FOR NOVEL COMPUTING APPLICATIONS | -$905 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | A MAGNETIC FIELD SENSOR BASED ON THE MAGNETO-ELECTROLUMINESCENCE RESPONSE OF ORGANIC LEDS | -$1,291 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | MULTISCALE ANALYSIS OF ENGINEERED FIBROUS MATERIAL RELIABILITY | -$7,217 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | SMART METRICS FOR FUNCTIONAL MATERIALS DESIGN | -$13,481 |
| 2023 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | MEASUREMENT AND STANDARDIZATION OF QUASI-SPHERICAL GOLD REFERENCE NANOPARTICLES: THE IMPACT OF SIZE AND SHAPE | -$14,849 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: MICROWAVE MULTIPLEXING IS A POWERFUL READOUT TECHNIQUE, ALLOWING MEASUREMENTS USING LARGE SUPER-CONDUCTING SENSOR ARRAYS WITH UNPRECEDENTEDLY HIGH NUM | $386,561 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO APPLY AB INITIO COMPUTATIONAL METHODS TO CHARACTERIZE THE INTERACTIONS OF IONS IN SOLUTIONS AND AT ELECTROCHEMICAL | $235,345 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP NEW METHODS AND COMPUTER SOFTWARE FOR DETERMINING ATOMIC ORDER IN INORGANIC MATERIALS FOR TECHNOLOGICAL APPLICAT | $166,022 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP FLUORESCENCE LIFETIME IMAGING MICROSCOPY (FLIM) AS A RELIABLE, QUANTITATIVETOOL FOR THE STUDY OF THE DAMAGE MECH | $139,185 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | OPTOMECHANICAL SENSING: ACCELEROMETER AND BEYOND | $137,597 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO DEMONSTRATE THE USE OF A MICROFLUIDIC PLATFORM WITH ELECTRONIC MANIPULATION AND MEASUREMENT CAPABILITIES FOR THE DETE | $120,000 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | INTEGRATING ORGANIC DYE-MOLECULE AS SINGLE PHOTON EMITTERS TO NANOPHOTONICS DEVICES | $110,000 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IN SITU THERMAL MAGIC: AN SI-TRACEABLE METHOD FOR 3D THERMAL MAGNETIC IMAGING AND CONTROL | $107,290 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS PROJECT IS TO IDENTIFY THE BEST PRACTICES FOR GROWTH OF THIN FILM MAGNETIC TUNNEL JUNCTIONS FOR ADVANCED MAGNETIC MEMORY ELEMENTS.A | $105,698 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | FABRICATION AND CHARACTERIZATION OF INTEGRATED METASURFACE AND NANOPHOTONIC DEVICES FOR QUANTUM OPTICS APPLICATIONS | $104,883 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO SUPPORT A COLLABORATIVE PROJECT BETWEEN THE NIST MATERIAL MEASUREMENT LABORATORY AND ENGINEERING LABORATORY THAT SEEKS | $99,543 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | EXPLOITING ALTERNATE COMPUTING TECHNOLOGIES II | $97,908 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO DEVELOP IN-SITU ELECTRON MICROSCOPY MEASUREMENTS ON NOVEL LOW-DIMENSIONAL ELECTRONIC MATERIALS, TRANSITION METAL CHALCO | $89,900 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE METROLOGY OF SECURITY IMAGING: AI, STANDARDS AND NEW FRONTIERS | $84,000 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE: THE PURPOSE OF THIS GRANT IS TO PROVIDE MEASUREMENT METHODS AND DATA TO HELP ENABLE THE TRANSITION TO A CIRCULAR ECONOMY, WITH THE GOALS OF IMPROVING S | $80,000 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | ADAPTABLE AND HIGHLY SENSITIVE ELECTRON SPIN RESONANCE TECHNIQUE USING INTERFEROMETRIC MICROWAVE BRIDGE AND LOW NOISE, HIGH SPEED, AND LOW TEMPERATURE MEASUREME | $70,573 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PURPOSE:THE PURPOSE OF THIS GRANT IS TO DEVELOP NEW ALGORITHMS AND COMPUTER SOFTWARE FOR DETERMINING ATOMIC ORDER IN TECHNOLOGICAL MATERIALS USING A COMBINED IN | $62,827 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IN SITU TEM STUDY OF THE PHASE TRANSFORMATIONS IN 2D MATERIALS FOR NOVEL COMPUTING APPLICATIONS | $55,044 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | TUNABLE POLYMER ELASTOMER NANOCOMPOSITES AND ADVANCED MATERIALS FOR PROTECTIVE APPLICATIONS | $30,000 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | CHARACTERIZATION OF ELECTRON EMISSION OF CONDUCTORS & SEMICONDUCTORS IN ULTRA HIGH VACUUM UNDER ELECTRON BOMBARDMENT FOR NANOMETROLOGY | $7,071 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | INVESTIGATION OF COHERENCE IN OPTOELECTRONIC DEVICES BASED ON EXCITONIC POLARONIC STATES | -$71 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | ADVANCED MANUFACTURING AND CHARACTERIZATION OF THERMOPLASTIC FIBER COMPOSITES | -$122 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | EXPLOITING ALTERNATE COMPUTING TECHNOLOGIES | -$134 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | SUPERCONDUCTING SENSOR AND READOUT DEVELOPMENT | -$750 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | DETERMINATION OF BIOPRODUCTION AND MECHANICAL CHARACTERISTICS OF CELLS UNDER MICROFLUIDIC CONDITIONS | -$935 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | OPTOMECHANICAL MICROCAVITY FOR ACCELEROMETRY AND SENSING | -$3,347 |
| 2022 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PRECISION WAVELENGTH DISPERSIVE MEASUREMENTS OF RARE EARTH L TRANSITIONS | -$20,587 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | ADVANCED PROCESS DEVELOPMENT FOR SQUID MULITPLEXERS | $393,233 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | EXPLOITING ALTERNATE COMPUTING TECHNOLOGIES II | $187,253 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | MEASUREMENT AND STANDARDIZATION OF QUASI-SPHERICAL GOLD REFERENCE NANOPARTICLES: THE IMPACT OF SIZE AND SHAPE | $174,925 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | DETERMINATION OF ATOMIC ARRANGEMENTS IN ELECTROCERAMICS | $160,932 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | PRECISION WAVELENGTH DISPERSIVE MEASUREMENTS OF RARE EARTH L TRANSITIONS | $156,510 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | SMART METRICS FOR FUNCTIONAL MATERIALS DESIGN | $135,090 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | METROLOGIES FOR CHARACTERIZING THE PROPERTIES OF BIOMIMETIC STRUCTURES FOR USE IN ENERGY DISSIPATION APPLICATIONS | $134,874 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | TUNABLE POLYMER ELASTOMER NANOCOMPOSITES AND ADVANCED MATERIALS FOR PROTECTIVE APPLICATIONS | $127,785 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | A MAGNETIC FIELD SENSOR BASED ON THE MAGNETO-ELECTROLUMINESCENCE RESPONSE OF ORGANIC LEDS | $123,040 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | CHEMICAL FUNCTIONALIZATION AND CHARACTERIZATION OF TWO-DIMENSIONAL MATERIALS AND DEVICES | $120,753 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IN SITU THERMAL MAGIC: AN SI-TRACEABLE METHOD FOR 3D THERMAL MAGNETIC IMAGING AND CONTROL | $119,877 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IN SITU TEM STUDY OF THE PHASE TRANSFORMATIONS IN 2D MATERIALS FOR NOVEL COMPUTING APPLICATIONS | $110,096 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | INTEGRATING ORGANIC DYE-MOLECULE AS SINGLE PHOTON EMITTERS TO NANOPHOTONICS DEVICES | $106,000 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | FABRICATION AND CHARACTERIZATION OF INTEGRATED METASURFACE AND NANOPHOTONIC DEVICES FOR QUANTUM OPTICS APPLICATIONS | $105,199 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | CHARACTERIZATION OF ELECTRON EMISSION OF CONDUCTORS & SEMICONDUCTORS IN ULTRA HIGH VACUUM UNDER ELECTRON BOMBARDMENT FOR NANOMETROLOGY | $103,000 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | EVALUATION AND ISOMER DIFFERENTIATION FOR FENTANYL-RELATED COMPOUNDS USING ANALYTICAL TECHNIQUES AND HOST-GUEST CHEMISTRY | $101,008 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | OPTOMECHANICAL SENSING: ACCELEROMETER AND BEYOND | $90,000 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | OPTOMECHANICAL MICROCAVITY FOR ACCELEROMETRY AND SENSING | $88,000 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE METROLOGY OF SECURITY IMAGING: AI, STANDARDS AND NEW FRONTIERS | $75,676 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | EDUCATION QUALITY AWARD AMBASSADORSHIP 11.013 | ADAPTABLE AND HIGHLY SENSITIVE ELECTRON SPIN RESONANCE TECHNIQUE USING INTERFEROMETRIC MICROWAVE BRIDGE AND LOW NOISE, HIGH SPEED, AND LOW TEMPERATURE MEASUREME | $70,573 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | ADVANCED MANUFACTURING AND CHARACTERIZATION OF THERMOPLASTIC FIBER COMPOSITES | $55,155 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | MULTISCALE ANALYSIS OF ENGINEERED FIBROUS MATERIAL RELIABILITY | $49,012 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | COMPUTER ALGORITHMS AND SOFTWARE FOR STRUCTURE REFINEMENTS USING THE REVERSE MONTE CARLO METHOD | $31,998 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | AGEING OF UNIDIRECTIONAL LAMINATE MATERIALS USED IN SOFT BODY ARMOR APPLICATIONS | -$129 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | ALGORITHMS FOR IMAGE AND SHAPE ANALYSIS IN 3D | -$158 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | DEVELOPMENT OF HIGHLY REPEATABLE SAMPLE PREPARATION METHODS AND BEST IMAGING CONDITIONS FOR THREE-DIMENSIONAL NANOPARTICLE SEM MEASUREMENTS | -$187 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | MEMS OPTOMECHANICAL ACCELEROMETERS | -$205 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | DETERMINATION OF ATOMIC ARRANGEMENTS IN DISORDERED AND NANOSCALE MATERIALS | -$215 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | TEST METHODS IN UNDERSTANDING INTERFACIAL INTERACTIONS OF NANOSTRUCTURED COMPOSITES FOR MULTIFUNCTIONAL APPLICATIONS | -$247 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | RECONCILIATION OF METHOD-DEPENDENT BIASES IN NANOPARTICLE SIZE MEASUREMENTS | -$306 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | RARE EARTH L TRANSITIONS ON SI TRACEABLE X-RAY ENERGY SCALES | -$394 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | HIGH PERFORMANCE NON-LOCAL CRYSTAL PLASTICITY FRAMEWORK IN OBJECT ORIENTED FINITE ELEMENT SOFTWARE (OOF) | -$473 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | COMPUTER ALGORITHMS AND SOFTWARE FOR STRUCTURE REFINEMENTS USING THE REVERSE MONTE CARLO METHOD | -$1,748 |
| 2021 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IMPROVED OPTICAL COUPLING ELEMENTS FOR MICROWAVE POLARIMETER ARRAYS | -$3,803 |
| 2020 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | IN SITU TEM STUDY OF THE PHASE TRANSFORMATIONS IN 2D MATERIALS FOR NOVEL COMPUTING APPLICATIONS | $281,181 |
| 2020 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | SUPERCONDUCTING SENSOR AND READOUT DEVELOPMENT | $246,120 |
| 2020 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | DETERMINATION OF ATOMIC ARRANGEMENTS IN ELECTROCERAMICS | $156,293 |
| 2020 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | THE METROLOGY OF SECURITY IMAGING: AI, STANDARDS AND NEW FRONTIERS | $147,765 |
| 2020 | National Institute of Standards and Technology | Grant or other assistance | MEASUREMENT AND ENGINEERING RESEARCH AND STANDARDS 11.609 | MEASUREMENT AND STANDARDIZATION OF QUASI-SPHERICAL GOLD REFERENCE NANOPARTICLES: THE IMPACT OF SIZE AND SHAPE | $145,000 |
State business registration
- THEISS RESEARCH, INC. FL, Foreign nonprofit corporation (FORNP), Inactive, formed 2020-08-04
The same business name in the same state, from the state’s official registry data.
Patents
1 US patent filed in the last 20 years.
- THEISS RESEARCH 1 patents, 2025-06-24 to 2025-06-24 EXACT high confidence: identical full name and state
| Patent | Title | Granted | Source |
|---|---|---|---|
| US 12339331 | Thin film magnetic field vector sensor | 2025-06-24 | PVGPATDIS, file of 2026-04-10 |
The newest patents of the PatentsView assignees above, matched to this record by name (and state).
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