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Index to Charts: Guidance to Defense/Security FundingRevised Feb 19 2010

Chart #s Topic 3-8 USC DC Office Assets 9-14 Other Security Opportunities – DHS, Intelligence Community15-87 Defense Research Science Line (DRS, 6.1) 15-19 Overview 20-34 By Academic Disciplines 35-41 By Army 42-46 By Air Force 47-59 By Navy / Marine Corps 60-87 By DARPA88-126 Other DOD Budget Lines for Basic Research 90-91 By DTRA 92 By CBDP 93-94 By High Energy Laser (HEL) 95-100 By University Research Initiative (URI, including MURI, DURIP) 101-112 By Congressionally Directed Medical Research Program (CDMRP) 113-126 By Miscellaneous (SERDP, ESTCP, SBIR, MINERVA, HSCB, DMRDP,….)127-142 Student / Faculty Education Opportunities – YIP, 128-134; NSSEFF, 135143-146 Pointers for Successful DOD S&T Funding147+ Supplementary Information

To get copies of these charts, pertinent reports and other reference information go tohttp://dcresadv.usc.edu/archives/index.html user name: DCresadv password: Trojan1 look in website Library DC Office Charts DOD

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Index to Reports/Strategic Plans/....DC Res Adv Office Developed Charts on getting funds from Federal Agencies

EPADOD and other Security AgenciesDOENASA NIHNSF

Resources / Workshop Reports / Strategic Plans by Federal AgencyDODDHSDOEDoEdEPANASANIHNOAANSFNSF CAREERUSDA

Resources / Workshop Reports / Strategic Plans by topical areaNanotechnology Energy Space-Cosmology

To get copies of pertinent reports and other reference information go tohttp://dcresadv.usc.edu/archives/index.html user name: DCresadv password: Trojan1 click on Office Library Incoming DirectoryWebsite Archive ReportsResourcesDOD

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DC Office for Research Advancement

Developing and Submitting a DOD/National Security Grant Application

(or where is the ~$80B in FY2011 DOD RDT&E Funding,

especially the $2B in basic research,

and how do I tap this resource?)Dr. James S. MurdayTel: 202 824 5863 E-mail: murday@usc.edu

Ex 40 years in DOD S&T with NRL/ONR/OSD

http://dcresadv.usc.edu/archives/

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Course Objectives– Introduction to USC Research Advancement Office Assets

– Introduction to DOD/National Security S&T goals

– Identification of DOD/National Security Funding Agency interest/funding • Services Army, Air Force, Navy• DARPA Defense Advanced Research Projects Agency• DTRA Defense Threat Reduction Agency• JSTO-CB Joint S&T Office for Chem Bio Defense• CDMRP Congressionally Directed Medical Research Program• Other including Dept Homeland Security and Intel Agencies

– S&T Challenges facing the DOD, e.g., future interest

– Suggestions on building DOD funding relationships

Social ScienceLeora Rosen

Science WriterSarah Michaud

DC Office OrganizationVice Provost Research AdvancementRandolph Hall

Executive DirectorSteven Moldin

Project SpecialistAshley Gordon

Biological SciencesSteven Moldin

Physical SciencesJames Murday

Project SpecialistColette Alexander

Office ManagerNatasha Walker

Program ManagerRichard May

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DC Research Advancement Office: Services

• Research Funding– Research initiative alerts– Collaborations across schools, other institutions– Federal funding agency advocacy– Strategically targeted activities– Application preparation/scientific contribution

• Visibility/Prestige– (Inter)national conferences / workshops– Strategic partnerships– Advisory/planning committees

• Faculty Development– Grant-writing courses– Talks – staff from DC Office, federal funding agencies – Faculty recruitment

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• 1. Identify relevant (DOD/Security) funding agencies• 2. Research the (DOD/Security) programs • 3. Get to know the (DOD) program officer

• 4. Write a responsive proposal• 5. Get feedback and revise

Funding Strategy WorkshopRandolph Hall

Vice Provost for Research AdvancementUniversity of Southern California

Recommendations from theUSC Funding Strategy Workshop

Steps in Securing Funding

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DC Office for Research Advancement

Additional questions on DOD/National Security:Dr. James Murdaymurday@usc.edu

202-824-5863

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Department of Homeland SecurityScience and Technology Directorate

https://baa.st.dhs.gov/

DHS BAA 09-05 Long Range (payback >8 yrs) White paper / proposals anytime up to 31 Dec 2009 – but speak to PO first Basic science ideas which hold promise for transformative performance improvements. Generic areas (DHS S&T Divisions) are: Explosive Countermeasures Chem / Bio Analysis and Countermeasures Border and Maritime Security Tools and Technologies Command, Control & Interoperability R&D Human Factors / Behavior Sciences Infrastructure and Geophysical – Technology to Identify/Mitigate Hazards

ResourcesFive Year R&D Plan 2008-2013 Aug 2008High Priority Technology Needs May 2009

FY11~$100M

Within its Basic Research Portfolio, S&T generally funds quality research projects that meet at leastone of these selection criteria: * Addresses an important Department issue without a near-term solution. * Pursues a creative solution that addresses a unique, long-term Department need, which is

not addressed elsewhere. * Exploits new scientific breakthroughs (for example, from universities, laboratories, or industry)

that could strengthen homeland security.

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HSARPAThe Homeland Security Advanced Research Projects Agency (HSARPA, administered by the Innovation Cross-cutting Office) focuses on homeland security research and development that could lead to significant technology breakthroughs and greatly enhance departmental operations.

Solicitations are posted on the DHS website

Domestic Nuclear Detection OfficeIn FY 2009, the Domestic Nuclear Detection Office (DNDO) within the Department of Homeland Security (DHS) will invest, in partnership with the National Science Foundation (NSF), in frontier research at academic institutions. This transformational research effort will be focused on detection systems, individual sensors or other research that is potentially relevant to the detection of nuclear weapons, special nuclear material, radiation dispersal devices and related threats.

NSF BAA 09-532: Joint Domestic Nuclear Detection Office-National Science Foundation: Academic Research Initiative (ARI). Issued 26 Jan 2009

~$3M for new starts in FY09

IARPA Current R&D Solicitations / Future Events (Proposer’s Day)

http://www.iarpa.gov/solicitations.htmlhttp://www.iarpa.gov/events.html

1. IARPA BAA09-04 IARPA-Wide Long Range This BAA is being issued to allow continuous submission of abstracts and proposals to IARPA

that do not address topics currently covered by open IARPA solicitations. This BAA is primarily, but not solely, intended for early stage research that may lead to larger, focused programs in the future. Submission of abstracts is STRONGLY encouraged in advance of full proposals in order for IARPA to provide potential offerors with an indication of the relevance and acceptability of their technical ideas under this BAA.

2. Tools for Recognizing Useful Signals of Trustworthiness (TRUST) ProgramWhite paper due: 17 March 2010Full proposal due: 12 May 2010http://www.iarpa.gov/solicitations_trust.html

3. Proposer’s Day Events (http://www.iarpa.gov/events.html) Tools for Recognizing Useful Signals of Trustworthiness (TRUST) Dec 16, 2009 Quantum Computer Science Dec 17, 2009

Integrated Cognitive-Neuroscience Architectures for Understanding Sensemaking Jan 19, 2010

IARPA first issues an upcoming BAA proposers day announcement (event website)The subsequent BAA has ~1 month response time – likely need to engage at the proposer’s day event to be competitive. However, conference attendance is voluntary and is not required to propose to future solicitations

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National Geospatial-Intelligence Agency National Academic Research Program

https://www1.nga.mil/About/WorkingWithUs/ResearchGrants/Pages/NARP.aspx

NGA University Research Initiatives (NURI)

The NGA University Research Initiatives (NURI) program supports geospatial intelligence research through annual solicitation for basic research proposals from US academic institutions. The solicitation topics are selected to provide the scientific basis for advanced and applied research in NGA core disciplines. Each year, proposals are competitively selected for two-year research grants; each grant also provides for three optional one-year extensions for research transition. Institutions are encouraged to involve graduate students in the research projects. The stimulation of graduate programs in geospatial intelligence-related disciplines is an additional benefit to the basic geospatial intelligence research conducted under the NURI program.

In the FY09 competition, NGA expects to make from eight to nine new awards this year for research as described herein.

The level of each award is anticipated to be a two-year base at up to $150,000 per year with up to three one-year options valued at up to $150,000 per option year.

For the FY09 competition the proposal due date was April 30, 2009

The PI does not have to be a U.S. citizen.

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AREAS OF FOCUSThrough the IC CAE Program, aspiring college students have the opportunity to obtain the background, knowledge and skills to lead future generations of IC professionals.Promoting General Competencies Participating colleges and universities are required to promote general competencies across a broad range of professional skill sets which will prove useful in a business environment. These include: Data Collection, Research, Analysis, Critical Thinking, Communications, Management, and Strategy and OperationsIn cultivating these critical skill sets, participating colleges and universities will:

Sponsor pre-collegiate outreach in their geographic areaBuild awareness about IC optionsPromote a positive image of public serviceDevelop curricula focusing on one or two of the focus areas

The Centers of Academic Excellence grant program provides partnership opportunities for the IC with colleges and universities. Grant funding is awarded based upon merit competition and the CAE Program reserves the right to not make any grant awards. Current plans are to disseminate a proposal request to establish additional IC Centers of Academic Excellence through grant funding awards in late 2010 or early 2011, based on the availability of funding, for the 2011-2012 academic year.

GRANT AWARD GUIDELINESLatest award amounts ranged up to $600,000 per year for a two-year base period with three one-year options, based on an institutions' adherence to IC CAE Program criteria

Commit to the goals and objectives of the IC CAE Program

Stress development of foreign language and foreign area cultural awareness by sending a minimum of program participants overseas

Link IC CAE Program activities and curricula to at least one of the five CAE Areas of Focus (see below)

Form cross-disciplinary cooperative relationships

Commit resources to support the IC CAE Program infrastructure

Five Critical Skill Areas for IC Professionals Information Technology Specialists Language SpecialistsPolitical / Economic SpecialistsThreat Environment SpecialistsScience Specialists

Intelligence Community Centers of Academic Excellence http://www.dni.gov/cae/index.htm

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Intelligence Community (IC) Postdoctoral Research Fellowship Program

What: Research in leading-edge technologies to meet IC needs (see icpostdoc brochure at www.icpostdoc.org) Topics announced annually (see DC website or query Murday@usc.edu) Research at accredited US University or College Fellow must be US citizen with PhD completed by starting fellowship (but Univ/College advisor is not required to be US citizen) PD research also mentored by an IC AdvisorHow Much: $120K/yr - 50% must be direct support of full-time PD Two years, with an additional one year option 35 Awards expected in 2009When: Proposal due date for FY2010 is 29 January 2010 Start date in ~July 2010Where: http://www.icpostdoc.org

The 2010 Intelligence Community Postdoctoral Research. Fellowship Program Research Solicitation # ICPDP-2010-0001 available at jhuresearch.jhu.edu/ICPDP_2010_0001.pdf

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Vision:

Ensure that fundamental scientific and engineering knowledge and understanding continue to yield both evolutionary and revolutionary technical options required to maintain preeminent warfighting capabilities and a superior national defense capability - i.e. use inspired research

DOD Basic Research (6.1 or BA1)

Mission:

• Provide a strong S&E basic research foundation for the discovery and enhancement of new and future technologies

• Assist in the development of revolutionary military capabilities and systems

• Keep DOD informed of worldwide technological developments and opportunities that might affect US defense

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DRS URI OtherArmy 196 91 98 Univ & Ind Res CtrNavy 430 109Air Force 351 136 13 High Energy LaserDARPA 328 CBDP 50DTRA 47NDEP 110GDF 0 Basic Med Res (6.1) 25 Appl Biomed Technol (6.2) 27 Medical Technol Devel (6.3) HSCBM 9 Appl Res (6.2) 12 Adv Technol (6.3)CDMRP ~700?

DRS: Defense Research Sciences CDMRP: Congressionally Directed Medical Res Program CBDP: Chemical / Biological Defense Program DTRA: Defense Threat Reduction AgencyNDEP: National Defense Education Program GDF: Guidance for the Development of the Force (in Def Health Program)URI: University Research Initiative HSCBM: Human Social Cultural Behavioral Modeling The CDMRP handles Congressional adds and is largely appropriated in Title VI Defense Health Programs, Research and Development, not in Title IV RDT&E. S&T funding goals can be found in the Research and Development Descriptive Summaries (RDDS) at http://comptroller.defense.gov/defbudget/fy2011/budget_justification/index.html

FY2011 DOD Basic Research (6.1, $M)Presidential Budget Request

DOD FY11 Basic Research Open to University PIs, By Discipline (Murday Best Estimate)

!

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Service Research Offices (OXR’s) Army Research Office (ARO) www.aro.army.mil/

Air Force Office of Scientific Research (AFOSR) www.afosr.af.mil/

Office of Naval Research (ONR) www.onr.navy.mil/

Army Medical Research and Materiel Command https://mrmc-www.army.mil

CDMRP (Congressional adds) cdmrp.army.mil/

TATRC (Congressional adds) www.tatrc.org/

DMRDP www.usamraa.army.mil/

Army Research Inst for Behavioral & Social Sci www.hqda.army.mil/ari

DARPA Defense Science Office (DSO) www.darpa.mil/dso/

Microsystems Technology Office (MTO) www.darpa.mil/mto/

Information Processing Techniques (IPTO) www.darpa.mil/ipto/

Defense Threat Reduction Agency (DTRA) www.dtra.mil/

CBDP (DTRA BAA for FY10) www.dtra.mil

Principal DOD Basic Research Funding Offices

AMRMC Army Medical Research and Material CommandDARPA Defense Advanced Research Project AgencyDTRA Defense Threat Reduction AgencyCBDP Chemical and Biological Defense ProgramCDMRP Congressionally Directed Medical Research ProgramDMRDP Defense Medical Research and Development ProgramTATRC Telemedicine and Advanced Technology Research Center

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Defense Research Sciences (DRS)

What: Largest source of DOD funding for University research Majority invested in single investigator efforts (as opposed to URI) OXR DRS Broad Area Announcements (BAA) are relatively generic OXR Program Officer (PO) key to success (presuming convincing proposal) Each PO has focused interests, coupling science with some military need Each Service has specifically identified program interests (websites and BRP)

How Much: typically $100 – 200K/yr for three years (with continuation possible) OXR programs typically have ~20% turn over each year

When: Initial “white paper” useful (sometimes required) Proposals nominally anytime, but spring/early summer to be timely Most funding decisions processed in fall, early winter – after appropriation bill

Where: Mix of paper and electronic (grants.gov), see for instance http://www.onr.navy.mil/02/proposal_procedure.asp

2008 Basic Research Plan (BRP) at http://dcresadv.usc.edu/archives/index.html

FY11

Army ~$196M

Air Force ~351

Navy ~430

DARPA ~328

Life Sciences / BiologyLife Sciences - AROMolecular Genetics & Genomics Micheline Strand 919 549 4343 micheline strand@us.army.mil Biochemistry and Bioengineering Robert Kokoska 919 549 4342 robert.kokoska@us.army.mil Microbiology and Biodegradation Wallace Buchholz 919 549 4230 wallace.buchholz@us.army.mil Neurophys & Cognitive Neurosci Elmar Schmeisser 919 549 4318 elmar schmeisser@us.army.mil

Mathematics, Information and Life Sciences - AFOSRBioenergy Walt Kozumbo 703 696 7720 walter.kozumbo@afosr.af.mil Collective Behavior/Modeling Terence Lyons 703 696 9542 terence.lyons@afosr.af.milNatural Materials and Systems Hugh DeLong 703 696 7722 hugh.delong@afosr.af.milHuman & Bioeng Systems - ONR Code 341Affordable Human Behavior Modeling Harold Hawkins 703 696 4323 harold.hawkins@navy.mil Biometrics & Human Activity Recog Thomas McKenna 703 696 4503 tom.mckenna@navy.mil Computational Neuroscience Bio Robotics Human RobotBioEnergy Harvesting: Biofouling Linda Chrisey 703 696 4504 linda.chrisey@navy.mil Engn Functional Organisms Marine Mammal ImmunobiologyMetabolic Engineering; Antibiotics Laura Kienker 703 696 4045 linda.kienker@navy.mil Microbiol Syn of Energetic Materials Novel Biomolecular Materials Naval Environ Biology Perception and Cognitive Science Paul Bello 703 696 4218 paul.bello@navy.mil Representing & Reasoning - Uncertainty Theory of Socio-Cognitive ArchitecturesHuman Factors, Organ Decision Res Mike Letscky 703 696 4251 letskym@onr.navy.milManpower and Personnel William Krebs 703 696 2575 william.krebs@.navy.milStress Physiology and Biophysics Igor Vodyanoy 703 696 4109 igor.vodyanoy@navy.milApplied Instructional Research Ray Perez 703 696 4988 ray.perez@navy.mil’

ONR (cont) and DARPA next page

Biological & Biomed Div – ONR Code 342Capable Manpower William Krebs 703 696 2575 william.krebs@navy.mil

Human Systems IntegrationManpower and Personnel

Casualty Care & Management Michael Given 703 696 4055 michael.given@navy.milCasualty Prevention E. Montcalm-Smith 703 696 2580 elizabeth.montcalmsm@navy.milUndersea Medicine Matthew Swiergosz 703 696 0367 matthew.swiergosz.navy.mil

Expeditionary Warfare and Combating Terrorism - ONR Code 30Human Behavioral Sciences Ivy Estabrooke 703 588 2396 ivy.estabrooke@navy.milHuman Performance Modeling Roy Stripling 703 696 0364 roy.stripling@navy.mil

Ocean, Atmosphere, and Space Research - ONR Code 322Marine Mammals & Biology James Eckman 703 696 4590 jim.eckman@navy.mil

Biology – DARPA DSOWound healing, tissue engn Jon Mogford 571 218 4928 jon.mogford@darpa.milHas a bit of everything Cindy Daniell 571 218 4504 cynthia.daniell@darpa.milNeural, therapeutics Goeffrey Ling 571 218 4674 geoffrey.ling@darpa.mil

Training and Human Effectiveness – DARPA DSOLearning Amy Kruse 571 218 4338 amy.kruse@darpa.milHuman effectiveness / Machine interface Joseph Cohn 571 218 4509 joseph.cohn@darpa.milHuman / computer Daniel Kaufman 571 218 4584 daniel.kaufman@darpa.mil

CBWD Therapeutics – DARPA DSOPathogens, Pharmaceuticals Michael Callahan 571 218 4596 michael.callahan@darpa.mil

CBWD Detectors – DARPA DSOSense / Detect Mildred Donlon 703 696 2289 mildred.donlon@darpa.mil

Life Sciences / Biology - continued

Chemical Sciences - AROTheoretical Chemistry Douglass Kiserow 919 549 4213 douglas.kiserow@us.army.mil Polymer Chemistry Douglass Kiserow 919 549 4213 douglas.kiserow@us.army.mil Electrochem & Adv Energy Conv Robert Mantz 919 549 4309 robert.mantz@us.army.mil Organic Chem & Organized Media Jennifer Becker 919 549 4224 jennifer.j.becker@.us.army.mil Surfaces & Catalysis Jennifer Becker 919 549 4224 jennifer.j.becker@.us.army.mil Exptal Physical Chemistry Douglass Kiserow 919 549 4213 douglas.kiserow@us.army.mil

Chemical Sciences - AFOSRCombustion & Diagnostics Julian Tishkoff 703 696 8478 julian.tishkoff@afosr.af.milMolecular Dynamics Michael Berman 703 696 7781 michael.berman@afosr.af.mil Organic Materials Chemistry Charles Lee 703 696 7779 charles.lee@afosr.af.milPolymer Matrix Composites Charles Lee 703 696 7779 charles.lee@afosr.af.mil Space Power and Propulsion Mitat Birkan 703 696 7234 mitat.birkan@afosr.af.milSurface and Interfacial Science Jennifer Gresham 703 696 7787 jennifer.gresham@afosr.af.mil Theoretical Chemistry Michael Berman 703 696 7781 michael.berman@afosr.af.mil

Chemical Sciences - ONRElectrochemical Power Sources Michelle Anderson 703 696 1938 michele.anderson1@navy.mil Envrn Quality: Marine Antifouling Steve McElvany 703 696 1449 steve.mcelvany@navy.mil Envrn Quality: Waste Treatment Polymeric/Org Materials Paul Armistead 703 696 4315 paul.armistead@navy.mil Water Purification / DesalinationFunctional Inorganic Nanostructures Mihal Gross 703 696 0388 mihal.gross@navy.milFuture Naval Fuels David Shifler 703 696 0285 david.shifler@navy.mil

Chemistry

Physical Sciences – DARPA DSOInnovative Chemistry Mitchell Zakin 571 218 1509 mitchell.zakin@darpa.mil

Physics - ONRAtomic and Molecular Physics Charles Clark 703 696 5267 charles.clark3@navy.milHigh Speed Weapons Gil Graff 703 588 0703 gil.graff@navy.milCounter Directed Energy Peter Morrison 703 696 0553 peter.a.morrison@navy.milDirected Energy Quentin Saulter 703 696 2594 quentin.saulter@navy.mil

Physics - AFOSRAtomic and Molecular Physics Tatjana Curcic 703 696 6204 tatjana.curcic@afosr.af.milElectro-Energetic Physics Robert Barker 703 696 8574 robert.barker@afosr.af.milElectromagnetics Arje Nachman 703 696 8427 arje.nachman@afosr.af.mil Laser and Optical Physics H. Schlossberg 703 696 7549 howard.schlossberg@afosr.af.milPhysical Math & Applied Analysis Arje Nachman 703 696 8427 arje.nachman@afosr.af.mil Remote Sensing&Imaging Physics Kent Miller 703 696 8573 kent.miller@afosr.af.mil

Physics - AROAtomic and Molecular Physics Peter Reynolds 919 549 4345 peter.reynolds@us.army.mil Condensed Matter Physics Marc Ulrich 919 549 4319 marc.ulrich@us.army.mil Optical Physics & Imaging Sci Richard Hammond 919 549 4313 richard.hammond@us.army.mil Quantum Information Science TR Govindan 919.549.4236 tr.govindan@us.army.mil

Physics

Physical Sciences – DARPA DSOAtomic physics, Light John Lowell 571 218 4685 jay.lowell@darpa.milOptoelectronics, Quantum Info Matthew Goodman 571 218 4681 matthew.goodman@darpa.mil

Electronics - ARO Solid State Devices Dwight Woolard 919 549 4297 dwight.woolard@us.army.mil Optoelectronics Mike Gerhold 919 549 4357 mike.gerhold@us.army.mil Quantum Electro-Magnetic Device John Zavada 919 549 4238 john.zavada@us.army.mil Electromag. & RF Circuit Dev Palmer 919 549 4246 dev.palmer@usarmy.mil Sensors and Detectors William Clark 919 549 4314 william.w.clark@us.army.mil Terahertz S&T Dwight Woolard 919.549.4297 dwight.woolard@us.army.mil Power Electronics Dev Palmer 919 549 4246 dev.palmer@us.army.mil

Electronics - AFOSRAdaptive Multi-Mode Sensing Kitt Reinhardt 703 588 0194 kitt.reinhardt@afosr.af.milElectromagnetics Arje Nachman 703 696 8427 arje.nachman@afosr.af.mil Optoelectronics Gernot Pomrenke 703 696 8426 gernot.pomrenke@afosr.af.mil Quantum Electronic Solids Harold Weinstock 703 696 8572 harold.weinstock@afosr.af.milRemote Sensing & Imaging Kent Miller 703 696 8573 kent.miller@afosr.af.milSemicon & Electromag Matrs Donald Silversmith 703 588 1780 donald.silversmith@afosr.af.milSensing, Surveillance & Navigation Jon Sjogren 703 696 6564 jon.sjogren@afosr.af.mil

Electronics - ONR next pageElectronics – DARPA Microsystems Technology Office (MTO) following pages

Electronics

Electronics ONR Code 322

Active Aperture Arrays Daniel Purdy 703 696 1920 dan.purdy@navy.mil

Atomic and Molecular Physics Charles Clark 703 696 5267 charles.clark3@navy.mil

Communications and Networking Santanu Das 703 588 1036 santanu.das@navy.mil

Electronic Warfare Peter Craig 703 696 0114 peter.craig@navy.mil

Electronic Materials & Magnetics Paul Maki 703 696 3060 paul.maki@navy.mil

EO/IR Sensor & Processing Michael Duncan 703 696 5787 michael.d.duncan2@navy.mil

Ionospheric Modification Craig Selcher 202 767 2179 craig.selcher@navy.mil

Nanoscale Electronics Chagaan Baatar 703 696 0483 chagaan.baatar@navy.mil

Navigation and Timekeeping John Kim 703 696 4212 john.c.kim1@navy.mil

Radar and Signal Processing Michael Pollock 703 696 4202 michael.a.pollock@navy.mil

RF/Digital Dev & Architectures Daniel Purdy 703 588 1920 dan.purdy@navy.mil

RF Semicon Materials/Devices Paul Maki 703 696 1437 paul.maki@navy.mil

RF Superconducting Technol Deborah Van Vechten 703 696 4219 deborah.vanvechten@navy.mil

Vacuum Devices Ingham Mack 703 696 4825 ingham.mack@navy.mil

Electronics - continued

Electronics - continued

Microsystems Technology - DARPA MTO Electron, phonon transport in semicon John Albrecht 703 526 4126 john.albrecht@darpa.milTrusted IC, Dept Director Dean Collins 571 218 4650 dean.collins@darpa.milIR detector, MEMS/NEMS Nibir Dhar 571 218 4240 nibir.dhar@darpa.milRF, microwave, photonics Ronald Esman 571 218 4691 ronald.esman@darpa.milLow power electronics, nanofab Michael Fritz 571 218 4810 michael.fritze@darpa.milPhotonics Michael Haney 571 218 4813 michael.haney@darpa.milMathematical algorithms for control Dennis Healy 571 218 4330 dennis.healy@darpa.milPhoton detection, imagers Stu Horn 571 218 4271 stuart.horn@darpa.milChip energy, hi power relays, neural-semicon Jack Judy 571 218 4618 jack.judy@darpa.milMEMS/NEMS Thomas Kenny 571 218 4620 thomas.kenny@darpa.milMEMS/NEMS Amit Lal 571 218 4682 amit.lal@darpa.milSemiconductor lithography Joseph Mangano 517 218 4695 joseph.mangano@darpa.milMEMS/NEMS, nanobio Dennis Polla 517 218 4656 dennis.polla@darpa.milMm wave circuits, mixed signal circuits Sanjay Raman 517 218 4339 sanjay.raman@darpa.milIntegrated optics, photonics Scott Rodgers 703 526 4127 john.rodgers@darpa.milUse complexity to enable functionality Jeffrey Rogers 571 218 4891 jeffrey.rogers@darpa.milCompound semicon, nonlinear optics Mark Rosker 571 218 4507 mark.rosker@darpa.milOptical networking Adel Saleh 571 218 4691 adel.saleh@darpa.milPhotonics Jagdeep Shah 703 696 2253 jag.shah@darpa.milExploit new materials for elec/photonics Devanand Shenoy 571 218 4932 devanand.shenoy@

Mechanical Sciences - AROFluid Dynamics Tom Doligalski 919 549 4251 thomas.doligalski@us.army.mil Solid Mechanics Bruce LaMattina 919 549 4379 bruce.lamattina@.us.army.mil Structures and Dynamics Bruce LaMattina 919 549 4379 bruce.lamattina@.us.army.mil Propulsion & Energetic Sci Ralph Anthenien 919 549 4317 ralph.anthenien1@us.army.mil

Mechanical Sciences - AFOSRFlow Control and Aeroelasticity John Schmisseur 703 696 6962 john.schmisseur@afosr.af.milHypersonics and Turbulence John Schmisseur 703 696 6962 john.schmisseur@afosr.af.milMechanics of Multifunctional Matr Les Lee 703 696 8483 les.lee@afosr.af.milSpace Power and Propulsion Mitat Birkan 703 696 7234 mitat.birkan@afosr.af.milStructural Mechanics Victor Giurgiutiu 703 696 7259 victor.giurgiutiu@afosr.af.mil

Ship Systems and Engineering Research – ONR Code 331Surface Hydrodynamics Patrick Purtell 703 696 4308 patrick.purtell@navy.milUnderwater Signatures George Stimak 703 696 0616 george.stimak@navy.milStructural Reliability Paul Hess 703 696 9776 paul.hess@navy.milEnergy Conversion & Power Mgmt H. Scott Coombe harold.coombe@navy.milPlatform Design Kelly Cooper 703 696 0869 kelly.cooper@navy.milThermal Management Mark Spector 703 696 4449 mark.spector@navy.mil

Sea Platforms and Undersea Weapons – ONR Code 333Energetic Materials Daniel Tam 703 696 4204 daniel.tam1@navy.milTurbulence Ronald Joslin 703 696 2363 JoslinR@onr.navy.mil

Naval Air Warfare and Weapons - ONR Code 351Advanced Aerospace Propulsion Joseph Doychak 703 696 7647 joseph.doychak@navy.mil

Mechanics – Solid, Fluid

Environmental Sciences - AROAtmospheric Sciences Walter Bach 919 549 4247 walter.d.bach@us.army.milTerrestrial Sciences Russell Harmon 919 549 4326 russell.harmon@us.army.mil Habitation Sciences Kurt Preston 919 549 4234 kurt.preston@us.army.mil

Environmental Sciences - AFOSRSpace Sciences Kent Miller 703 696 8573 kent.miller@afosr.af.mil

Ocean Sensing and Systems Applications – ONR Code 321Maritime Sensing Mike Wardlaw 703 588 2427 mike.wardlaw@navy.milOcean Research Facilities Robert Schnoor 703 696 4530 tim.schnoor.ctr@navy.milOcean Engineering & Marine Sys Tom Swean 703 696 4025 tom.swean@navy.milUndersea Signal Processing John Tague 703 696 4399 john.a.tague@navy.mil

Ocean, Atmosphere, and Space Research – ONR Code 322Coastal Geosciences Thomas Drake 703 696 1206 tom.drake@navy.milMarine Meteorology & Atmos Ron Ferek 703 696 0518 ron.ferek@navy.milEnvironmental Optics Steven Ackleson 703 696 4732 steve.ackleson@navy.milOcean Acoustics Ellen Livingston 703 696 4203 ellen.livingston@navy.milPhysical Oceanography Douglas Marble 703 696 2103 douglas.marble@navy.milSpace Robert McCoy 703 696 8699 bob.mccoy@navy.mil

Environmental Sciences Space, Atmosphere, Ocean, Terrestrial

Materials Sciences - ARO Mechanical Behavior of Matr David Stepp 919 549 4329 david.stepp@us.army.mil Syn & Processing of Materials William Mullins 919 549 4286 william.mullins@us.army.mil Materials Design William Lampert 919 549 4325 william.lampert@us.army.mil Physical Behavior of Materials John Prater 919 549 4259 john.prater@us.army.mil

Materials Sciences - ONRBulk Nanostructured Materials Lawrence Kabacoff 703 696 0283 lawrence.kabacoff@navy.milComposite Materials Ignacio Perez 703-696-0688 ignacio.perez1@navy.milFracture/Fatigue Struct Materials A.K. Vasudevan 703 696 8181 vasu.vasudevan@navy.milInorg Functional Nanomaterials Mihal Gross 703 696 0388 mihal.gross@navy.mil Electronic & Optical Ceramics vacantFuture Naval Fuels David Shifler 703 696 0285 david.shifler@navy.milSolid Mechanics Yapa Rajapakse 703 696 4405 yapa.rajapakse@navy.milStructural Cellular Materials David Shifler 703 696 0285 david.shifler@navy.milStructural Metals William Mullens 703 696 0487 william.mullens@navy.milEnergetic Materials Cliff Bedford 703 696 0437 clifford.bedford@navy.milHigh Temperature Materials Eric Wachina 703 227 3949 eric.wachina@navy.milCapacitors for Pulsed Power Paul Armistead 703 696 4315 paul.armistead@navy.mil

Materials Sciences - AFOSRFlow Control and Aeroelasticity John Schmisseur 703 696 6962 john.schmisseur@afosr.af.milHi Temp Aerospace Materials Joan Fuller 703 696 7236 joan.fuller@afosr.af.milHypersonics and Turbulence John Schmisseur 703 696 6962 john.schmisseur@afosr.af.milMechanics of Multifunctional Matrs Les Lee 703 696 8483 les.lee@afosr.af.milSpace Power and Propulsion Mitat Birkan 703 696 7234 mitat.birkan@afosr.af.milStructural Mechanics Victor Giurgiutiu 703 696 7259 victor.giurgiutiu@afosr.af.mil Surface and Interfacial Science Jennifer Gresham 703 696 7787 jennifer.gresham@afosr.af.mil

Materials Science

Materials – DARPA DSO see next page

Materials Science - continued

Materials - DARPA DSOMetallic, intermetallic, composite Leo Christodoulou 703 696 2374 leo.christodoulou@darpa.milNew materials, manufacturing William Coblenz 571 218 4647 willaim.coblenz@darpa.milEnergetic materials, armor Judah Goldwasser 571 218 4293 judah.goldwasser@darpa.milA bit of everything Cindy Daniell 571 218 4504 cynthia.daniell@darpa.milAdv Materials, nano Todd Hylton 703 526 4056 todd.hylton@darpa.milNano/micro materials for biomed Viktoria Greanya 703 526 4122 vikoria.greanya@darpa.mil

Mathematics - AROCooperative Systems David Arney 919 549 4254 david.arney1@us.army.mil Computational Mathematics Janet Spoonamore 919 549 4284 janet.spoonamore@us.army.mil Discrete Math & Comp Sci Janet Spoonamore 919 549 4284 janet.spoonamore@us.army.mil Modeling of Complex Systems John Lavery 919 549 4253 john.lavery2@us.army.mil Stochastic Analysis & Statistics Mou-Hsiung Chang 919 549 4229 mouhsiung.chang@us.army.mil

Math and Information Sciences - AFOSRComputational Mathematics Fariba Fahroo 703 696 8429 fariba.fahroo@afosr.af.mil Optimization and Discrete Math Donald Hearn 703 696 1142 donald.hearn@afosr.af.mil

Mathematics, Computers and Information Research - ONRAppl Computational Analysis Reza Malek-Madani 703 696 4314 reza.malekmadani@navy.mil Mathematical Optimization Don Wagner 703 696 4313 don.wagner@navy.mil

Mathematics – DARPA DSOFundamental Mathematics Ben Mann 571 218 4246 benjamin.mann@darpa.milProbability, Statistics, Decision Nozer Singpurwalla 571 218 4568 nozer.singpurwalla@darpa.mil

Computer, Mathematics, and Information Sciences

Computing and Information Sciences - AROSystems and Control Randy Zachery 919 549 4368 randy.zachery@us.army.mil Software & Intelligent Systems Purush Iyer 919 549 4204 purush.iyer@us.army.mil Mobile, Wireless Comms Robert Ulman 919 549 4330 robert.ulman@us.army.mil Info & Software Assurance Cliff Wang 919 549 4207 cliff.wang@us.army.mil Info & Signal Processing Liyi Dai 919 549 4350 liyi.dai@us.army.mil

Math, Computers & Info Research ONRIntelligent & Autonomous Sys Behzad Kamgar-Parsi 703 696 5754 behzad.kamgar-parsi@.navy.mi Intelligent Systems Image Analysis & Understanding Command and Control Gary Toth 703 696 4961 gary.toth@navy.mil Computational Analysis Reza Malek-Madani 703 696 4314 reza.malekmadani@navy.mil Cyber Info Assurance & Software Ralph Wachter 703 696 4304 ralph.wachter@navy.mil Network Sensing Rabinder Madan 703 696 4217 rabinder.madan@navy.milInformation Integration Tristan Nguyen 703 696 2360 trustan.nguyen@navy.milMission Focused Autonomous Control Allen Moshfegh 703 696 0798 allen.moshfegh@navy.milScience of Autonomy Marc Steinberg 703 588 0703 marc.steinberg@navy.mil

Math and Information Sciences - AFOSRComplex Networks Robert Bonneau 703 696 9545 robert.bonneau@afosr.af.mil Distributed Intell & Info Fusion Douglas Cochran 703 696 7736 douglas.cochran@afosr.af.mil Dynamics and Control Scott Wells 703 696 7796 scott.wells@afosr.af.mil Information Operations & Security Robert Herklotz 703 696 6565 robert.herklotz@afosr.af.milMath Model of Cognition & Decision Jun Zhang 703 696 8421 jun.zhang@afosr.af.milSensory Information Systems Willard Larkin 703 696 7793 willard.larkin@afosr.af.milSystems and Software David Luginbuhl 703 696 6207 david.luginbuhl@afosr.af.mil

Computer, Mathematics, and Information Sciences

DARPA IPTO next page

Computer, Mathematics, and Information Sciences - continued

Information Processing Techniques Office – DARPA IPTOMachine learning, distributed info Joshua Alspector 571 218 4580 joshua.alspector@darpa.milAdaptive systems, image exploitation Raymond Camisa 571 218 4812 raymond.camisa@darpa.milCognitive systems Michael Cox 571 218 4589 michael.cox@darpa.milVideo and multimedia exploitation Mita Desai 703 526 4165 mita.desai@darpa.milReasoning, federated architectures James Donlon 571 218 4419 James.donlon@darpa.milMultisensory systems, large databases Melanie Dumas 571 218 4622 melanie.dumas@darpa.milImage/video processing, wireless comms Yiftach Eisenberg 703 248 1536 yiftach.eisenberg@darpa.milSelf-healing processing, ExaScale computing William Harrod 571 218 4222 william.harrod@darpa.milComputer vision, geospatial modeling Todd Hughes 571 218 4984 todd.hughes@darpa.milEmbodied cognition, intelligent agents Robert Kohout 571 218 4441 robert.kohout@darpa.milProcessor architectures Brian Leininger 571 218 4528 brian.leininger@darpa.milSpeech translation, information mgmt Mari Maeda 571 218 4215 mari.maeda@darpa.milRobotics and autonomous systems Robert Mandelbaum 571 218 4382 robert.mandelbaum@Automatic patterning learning Kendra Moore 571 218 4936 kendra.moore@darpa.milAdaptive systems Daniel Oblinger 703 623 2486 daniel.oblinger@darpa.milComputational social science Sean O’Brien 571 218 4452 sean.p.o’brien@darpa.milComputer dialog, machine reading Joseph Olive 571 218 4920 joseph.olvie@darpa.milInformation fusion, very large data sets Michael Pagels 571 218 4640 michael.pagels@darpa.milNetwork analysis, wide area surveillance Amy Vanderbilt 571 218 4297 amy.vanderbilt@darpa.mil

Army AF Navy DARPA DTRA OSD OSD DOD CBDP WHS Total

Life Sciences 64.9 37.6 13.1 41.2 1.5 83.9 2.4 244.4 Physical Sciences 42.0 131.2 106.9 0.0 4.2 16.0 4.0 304.3Environmental Sciences (Space, Atmosphere, Ocean, Terrestrial) 18.8 102.7 2.0 0.0 0.0 3.1 0.3 126.9Mathematics, Information, Network and Computer Sciences 69.1 61.6 92.7 26.9 0.9 0.9 7.7 259.8Engineering 114.2 142.4 184.1 77.1 3.2 0.0 23.0 544.0Psychology and Social Sciences 41.0 16.4 9.8 0.0 0.3 0.4 0.6 68.5

Total 350.0 408.6 491.7 145.2 10.0 104.3 38.0 1547.8

DOD Total Basic Research Investments for FY07

35

Army Research Office (ARO)www.aro.army.mil

What: Defense Research Sciences (6.1) program in subsequent charts ARO manages only the Science Problems with the Military Applications (H57) part of the Army DRS S&T portfolio ARO also manages other agency S&T funds How much: typically $100 – 200K/yr for single investigator projects

When: Various, need watch for program announcements Unsolicited proposals accepted any time – early spring better

Where: Proposal information at: http://www.arl.army.mil/main/main/default.cfm?Action=29&Page=218

FY11DRS $196MH57 (ARO) 73M

36

Dr. Cliff Wang 919.549.4207 cliff.wangInformation and Software Assurance - From the Army perspective, Information Assurance must address the delivery of authentic, accurate, secure, reliable, timely information, regardless of threat conditions, over the distributed and heterogeneous computing and communication system….

Acquiring ARO topic/PO information

Go to www.aro.army.mil

Click on appropriate S&T heading in the left margin

Click on “use this link to contact information”

Scroll to info, illustrated here by:

See also current solicitations at:www.arl.army.mil/www/default.cfm?Action=6&Page=8

37

Army Research Office: Engineering Sciences http://www.arl.army.mil/www/default.cfm?Action=29&Page=214

Topic Program Officer Phone Email Electronics Solid State Devices Dwight Woolard 919 549 4297 dwight.woolard@us.army.mil Terahertz Science and Technology Optoelectronics Mike Gerhold 919 549 4357 mike.gerhold@us.army.mil Quantum Electro-Magnetic Devices John Zavada 919 549 4238 john.zavada@us.army.mil Electromag. and RF Circuit Integration Dev Palmer 919 549 4246 dev.palmer@usarmy.mil Power Electronics Sensors and Detectors William Clark 919 549 4314 william.w.clark@us.army.mil

Environmental Sciences Atmospheric Sciences Walter Bach 919 549 4247 walter.d.bach@us.army.mil Terrestrial Sciences Russell Harmon 919 549 4326 russell.harmon@us.army.mil Habitation Sciences Kurt Preston 919 549 4234 kurt.preston@us.army.mil Materials Sciences Mechanical Behavior of Materials David Stepp 919 549 4329 david.stepp@us.army.mil Synthesis and Processing of Materials William Mullins 919 549 4286 william.mullins@us.army.mil Materials Design William Lampert 919 549 4325 william.lampert@us.army.mil Physical Behavior of Materials John Prater 919 549 4259 john.prater@us.army.mil Mechanical Sciences Fluid Dynamics Tom Doligalski 919 549 4251 thomas.doligalski@us.army.mil Solid Mechanics Bruce LaMattina 919 549 4379 bruce.lamattina@.us.army.mil Structures and Dynamics Propulsion and Energetic Sciences Ralph Anthenien 919 549 4317 ralph.anthenien1@us.army.mil

38

Army Research Office: Mathematical and Information Sciences http://www.arl.army.mil/www/default.cfm?Action=29&Page=216

Topic Program Officer Phone Email Computing and Information Sciences Systems and Control Randy Zachery 919 549 4368 randy.zachery@us.army.mil

Software and Intelligent Systems Purush Iyer 919 549 4204 purush.iyer@us.army.mil

Mobile, Wireless Communication Robert Ulman 919 549 4330 robert.ulman@us.army.mil

Information and Software Assurance Cliff Wang 919 549 4207 cliff.wang@us.army.mil

Information and Signal Processing Liyi Dai 919 549 4350 liyi.dai@us.army.mil

Mathematics

Cooperative Systems David Arney 919 549 4254 david.arney1@us.army.mil

Computational Mathematics Janet Spoonamore 919 549 4284 janet.spoonamore@us.army.mil

Discrete Mathematics and Comp Sci

Modeling of Complex Systems John Lavery 919 549 4253 john.lavery2@us.army.mil

Stochastic Analysis and Statistics Mou-Hsiung Chang 919 549 4229 mouhsiung.chang@us.army.mil

Contact information and program descriptions available at website

39

Army Research Office: Physical Sciences http://www.arl.army.mil/www/default.cfm?Action=29&Page=217

Topic Program Officer Phone Email Chemical Sciences Theoretical Chemistry Douglass Kiserow 919 549 4213 douglas.kiserow@us.army.mil

Polymer Chemistry

Experimental Physical Chemistry Electrochem & Adv Energy Conv Robert Mantz 919 549 4309 robert.mantz@us.army.mil

Organic Chem & Organized Media Jennifer Becker 919 549 4224 jennifer.j.becker@.us.army.mil

Surfaces & Catalysis Physics Atomic and Molecular Physics Peter Reynolds 919 549 4345 peter.reynolds@us.army.mil

Condensed Matter Physics Marc Ulrich 919 549 4319 marc.ulrich@us.army.mil

Optical Physics and Imaging Science Richard Hammond 919 549 4313 richard.hammond@us.army.mil

Quantum Information Science TR Govindan 919.549.4236 tr.govindan@us.army.mil

Life Sciences Molecular Genetics and Genomics Micheline Strand 919 549 4343 micheline strand@us.army.mil

Biochemistry and Bioengineering Robert Kokoska 919 549 4342 robert.kokoska@us.army.mil

Microbiology and Biodegradation Wallace Buchholz 919 549 4230 wallace.buchholz@us.army.mil

Neurophys & Cognitive Neuroscience Elmar Schmeisser 919 549 4318 elmar schmeisser@us.army.mil

Program descriptions available at website

40

Army Medical Research and Materiel Command

https://mrmc-www.army.mil/

What: Solutions to medical problems of importance to the warfighter at home and abroad Military Infectious Diseases Research Program (MIDRP) Combat Casualty Care Research Program (CCCRP) Military Operational Medicine Research Program (MOMRP) Clinical & Rehabilitative Medicine Research Program (CRMRP) Medical Chemical Biological Defense Research DOD Blast Injury Research Coordinating Office Armed Forces Institute of Regenerative Medicine (AFIRM)

Congressional Program Offices Congressionally Directed Medical Research Program (CDMRP)

Telemedicine and Advanced Technology Research Center (TATRC)How Much:When: BAA Open continuously Request preproposal, followed by proposal if invited to do soWhere: http://www.usamraa.army.mil/pages/baa_paa/mrmcbaalist.cfm

FY11

DRS (S13) ~$11M

41

What: Add fundamental knowledge to behavioral science subdisciplines a. Training for Speed and Knowledge b. Assessing and Improving Leader Skills c. Personnel Issues for the New Century

How Much: ~$200K/yr for 3 years

When: Concept papers optional (must be at least 6 weeks prior to proposal deadline) Proposals due before 15 May (in 2008 BAA - still most recent as of Feb 2010)

Where: http://www.hqda.army.mil/ari/opps/contractual.shtml

FY11

DRS (74F) ~$6M

Army Research Institute for the Behavioral and Social Sciences

http://www.hqda.army.mil/ari/research/index.shtml

42

Air Force Office of Scientific Research (AFOSR) http://www.wpafb.af.mil/AFRL/afosr/

What: AFOSR manages the Air Force DRS 6.1 portfolio Defense Research Sciences (6.1) program in subsequent charts

How much: typically $100 – 200K/yr for single investigator projects

When: Various, need watch for program announcements Unsolicited proposals accepted any time – early spring better

Where: Proposal Information at: http://www.wpafb.af.mil/library/factsheets/factsheet.asp?id=9388

FY116.1 $351M

43

Go to www.wpafb.af.mil/library/factsheets/factsheet.asp?id=8973

Scroll down and click on appropriate Directorate

Click on desired topic – get info, illustrated here by:

Computational MathematicsThis program aims to develop improved mathematical methods and algorithms that exploit advanced computational capabilities in support of Air Force scientific computing interests….. Dr. Fariba Fahroo, AFOSR/NM Tel: (703) 696-8429 E-Mail: fariba.fahroo@afosr.af.mil

Acquiring AFOSR topic/PO information

See also current solicitations at:www.wpafb.af.mil/library/factsheets/factsheet.asp?id=8127

44

Air Force Office of Scientific Research: Aerospace, Chemical, and Materials Sciences

http://www.wpafb.af.mil/library/factsheets/factsheet.asp?id=9196

Topic Program Officer Phone Email

Director Thomas Russell 703 696 8457

Combustion & Diagnostics Julian Tishkoff 703 696 8478 julian.tishkoff@afosr.af.mil

Flow Control and Aeroelasticity John Schmisseur 703 696 6962 john.schmisseur@afosr.af.mil

Hypersonics and Turbulence

High Temperature Aerospace Materials Joan Fuller 703 696 7236 joan.fuller@afosr.af.mil

Mechanics of Multifunctional Materials Les Lee 703 696 8483 les.lee@afosr.af.mil

Molecular Dynamics Michael Berman 703 696 7781 michael.berman@afosr.af.mil

Theoretical Chemistry

Organic Materials Chemistry Charles Lee 703 696 7779 charles.lee@afosr.af.mil

Polymer Matrix Composites

Space Power and Propulsion Mitat Birkan 703 696 7234 mitat.birkan@afosr.af.mil

Structural Mechanics Victor Giurgiutiu 703 696 7259 victor.giurgiutiu@afosr.af.mil

Surface and Interfacial Science Jennifer Gresham 703 696 7787 jennifer.gresham@afosr.af.mil

and Biophysical Mechanisms

Unsteady and Rotating Flows Rhett Jefferies 703 696 8457

Program descriptions available at website

45

Air Force Office of Scientific Research: Mathematics, Information, and Life Sciences

http://www.wpafb.af.mil/library/factsheets/factsheet.asp?id=9204

Topic Program Officer Phone Email Director Hugh DeLong (A) 703 696 7733

Bioenergy Walt Kozumbo 703 696 7720 walter.kozumbo@afosr.af.mil

Collective Behavior/Modeling Terence Lyons 703 696 9542 terence.lyons@afosr.af.mil

Complex Networks Robert Bonneau 703 696 9545 robert.bonneau@afosr.af.mil

Computational Mathematics Fariba Fahroo 703 696 8429 fariba.fahroo@afosr.af.mil

Distributed Intelligence and Info Fusion Douglas Cochran 703 696 6207 douglas.cochran@afosr.af.mil

Dynamics and Control William McEneaney 703 696 7796 scott.wells@afosr.af.mil

Information Operations and Security Robert Herklotz 703 696 6565 robert.herklotz@afosr.af.mil

Math Modeling of Cognition & Decision Jun Zhang 703 696 8421 jun.zhang@afosr.af.mil

Natural Materials and Systems Hugh DeLong 703 696 7722 hugh.delong@afosr.af.mil

Optimization and Discrete Math Donald Hearn 703 696 1142 donald.hearn@afosr.af.mil

Sensory Information Systems Willard Larkin 703 696 7793 willard.larkin@afosr.af.mil

Systems and Software David Luginbuhl 703 696 6207 david.luginbuhl@afosr.af.mil

Program descriptions available at website

46

Air Force Office of Scientific Research: Physics and Electronics

http://www.wpafb.af.mil/library/factsheets/factsheet.asp?id=9205

Topic Program Officer Phone Email Director Patrick Carrick 703 696 8570

Adaptive Multi-Mode Sensing Kitt Reinhardt 703 588 0194 kitt.reinhardt@afosr.af.mil

Atomic and Molecular Physics Tatjana Curcic 703 696 6204 tatjana.curcic@afosr.af.mil

Electro-Energetic Physics Robert Barker 703 696 8574 robert.barker@afosr.af.mil

Electromagnetics Arje Nachman 703 696 8427 arje.nachman@afosr.af.mil

Laser and Optical Physics H. Schlossberg 703 696 7549 howard.schlossberg@afosr.af.mil

Optoelectronics Gernot Pomrenke 703 696 8426 gernot.pomrenke@afosr.af.mil

Physical Math and Applied Analysis Arje Nachman 703 696 8427 arje.nachman@afosr.af.mil

Quantum Electronic Solids Harold Weinstock 703 696 8572 harold.weinstock@afosr.af.mil

Remote Sensing and Imaging Physics Kent Miller 703 696 8573 kent.miller@afosr.af.mil

Semiconductor and Electromag Matrs Donald Silversmith 703 588 1780 donald.silversmith@afosr.af.mil

Sensing, Surveillance and Navigation Jon Sjogren 703 696 6564 jon.sjogren@afosr.af.mil

Space Sciences Kent Miller 703 696 8573 kent.miller@afosr.af.mil

Contact information and program descriptions available at website

47

Office of Naval Researchwww.onr.navy.mil

What: ONR manages the entire Navy/Marine Corps S&T portfolio Defense Research Sciences (6.1) program in subsequent charts How much: Typically $100 – 200K/yr for single investigator projects

When: Various, need watch for program announcements Unsolicited proposals accepted any time – early spring better

Where: Proposal information at: http://www.onr.navy.mil/Contracts-Grants/submit-proposal.aspx

FY116.1 $430M ~100M goes to NRL6.2 6796.3 740

48

Acquiring ONR topic/PO information

Go to www.onr.navy.milClick on appropriate Research Code – one of the blocks in mid pageFrom listing on left side, click on “All Programs” and then the appropriate Division categoryClick on desired topic(s) – get info, illustrated here by:

Applied Computational Analysis (Code 311) The Office of Naval Research's Computational Analysis Program develops and exploits methodsin modern and classical mathematical analysis with emphasis on mathematical and computationalmodels of physical phenomena…. Submissions for proposals are ongoing. Proposers are encouraged to contact the program officerto discuss their research interest prior to the submission of formal proposals.

Point of Contact: Dr. Reza Malek-Madani Tel: 703-696-0195 E-mail: reza.malekmadani@navy.mil

See also current solicitations at: http://www.onr.navy.mil/Contracts-Grants/Funding-Opportunities/Broad-Agency-Announcements.aspx

49

Office of Naval Research: Expeditionary Warfare and Combating Terrorismhttp://www.onr.navy.mil/Science-Technology/Departments/Code-30.aspx

Topic Program Officer Phone Email George Solhan 703 696 7148 george.w.solhan@navy.mil

Command Control Computers & Coms John Moniz 703 696 4286 john.moniz@navy.mil

Fires Dan Simons 703 696 4840 dan.simons@navy.mil

Force Protection Lee Mastroianni 703 696 3073 lee.mastroianni@

Human Behavioral Sciences Ivy Estabrooke 703 588 2396 ivy.estabrooke@navy.mil

Human Performance Modeling Roy Stripling 703 696 0364 roy.stripling@navy.mil

Intelligence, Surveillance & Recon Martin Kruger 703 696 5349 martin.kruger1@navy.mil

Logistics Manuever Jeff Bradel 703 588 2552 jeff.bradel@navy.mil

50

Office of Naval Research: C4ISR(Mathematics, Computers, and Information)

www.onr.navy.mil/Science-Technology/Departments/Code-31/All-Programs/311-Mathematics-Computers-Research.aspx

Topic Program Officer Phone Email

Math, Computers & Info Research (311) Wen Masters 703 696 3191 wen.masters@navy.mil Applied Computational Analysis Reza Malek-Madani 703 696 4314 reza.malekmadani@

Command and Control Gary Toth 703 696 4961 gary.toth@navy.mil

Cyber Info Assurance & Software Ralph Wachter 703 696 4304 ralph.wachter@navy.mil

Image Analysis & Understanding Behzad Kamgar-Parsi 703 696 5754 behzad.kamgar-parsi@

Intelligent & Autonomous Systems

Network Sensing Rabinder Madan 703 696 4217 rabinder.madan@navy.mil

Mathematical Optimization Don Wagner 703 696 4313 don.wagner@navy.mil

Information Integration Tristan Nguyen 703 588 2360 tristan.nguyen@navy.mil

Mission Focused Autonomous Control Allen Moshfegh 703 696 0798 allen.moshfegh@navy.mil

C4ISR Command, Control, Communications, Computers, Intelligence, Surveillance, and Reconnaissance

51

Office of Naval Research: C4ISR(Electronics, Sensors and Network)

www.onr.navy.mil/Science-Technology/Departments/Code-31/All-Programs/312-Electronics-Sensors.aspx

Topic Program Officer Phone Email Electronics, Sensors & Networks Research (312) Preston Grounds 703 696 0331 chip.grounds@navy.mil

Active Aperture Arrays Daniel Purdy 703 696 1920 dan.purdy@navy.mil

Atomic and Molecular Physics Charles Clark 703 696 5267 charles.clark3@navy.mil

Communications and Networking Santanu Das 703 588 1036 santanu.das@navy.mil

Electronic Warfare Peter Craig 703 696 0114 peter.craig@navy.mil

Electronic Materials & Magnetics Paul Maki 703 696 3060 paul.maki@navy.mil

EO/IR Sensor & Processing Michael Duncan 703 696 5787 michael.d.duncan2@navy.mil

Ionospheric Modification Craig Selcher 202 767 2179 craig.selcher@navy.mil

Nanoscale Electronics Chagaan Baatar 703 696 0483 chagaan.baatar@navy.mil

Navigation and Timekeeping John Kim 703 696 4212 john.c.kim1@navy.mil

Radar and Signal Processing Michael Pollock 703 696 4202 michael.a.pollock@navy.mil

RF/Digital Dev & Architectures Daniel Purdy 703 588 1920 dan.purdy@navy.mil

RF Semicon Materials/Devices Paul Maki 703 696 1437 paul.maki@navy.mil

RF Superconducting Technolo Deborah Van Vechten 703 696 4219 deborah.vanvechten@navy.mil

Vacuum Devices Ingham Mack 703 696 4825 ingham.mack@navy.mil

52

Office of Naval Research: Ocean Battlespace Sensing(Ocean, Atmosphere, and Space)

http://www.onr.navy.mil/Science-Technology/Departments/Code-32/All-Programs/Atmosphere-Research-322.aspx

Topic Program Officer Phone Email Ocean Sensing and Systems Applications (321) Douglas Marble 703 696 2103 douglas.marble@navy.mil

Maritime Sensing Mike Wardlaw 703 588 2427 mike.wardlaw@navy.mil

Navy Research Facilities Robert Schnoor 703 696 4530 tim.schnoor.ctr@navy.mil

Ocean Engineering & Marine Sys Tom Swean 703 696 4025 tom.swean@navy.mil

Undersea Signal Processing John Tague 703 696 4399 john.a.tague@navy.mil

Ocean, Atmosphere, and Space Research (322) C. Linwood Vincent 703 696 4118 linwood.vincent@navy.mil

Coastal Geosciences Thomas Drake 703 696 1206 tom.drake@navy.mil

Environmental Optics Steven Ackleson 703 696 4732 steve.ackleson@navy.mil

Marine Mammals & Biology James Eckman 703 696 4590 jim.eckman@navy.mil

Marine Meteorology & Atmos Effects Ron Ferek 703 696 0518 ron.ferek@navy.mil

Ocean Acoustics Ellen Livingston 703 696 4203 ellen.livingston@navy.mil

Physical Oceanography Richard Martinez 703 696 0521 rich.martinez@navy.mil

Space Robert McCoy 703 696 8699 bob.mccoy@navy.mil

53

Topic Program Officer Phone Email Ship Systems and Engineering Research (331) John Pazik 703 696 4404 john.pazik@navy.mil

Energy Conversion & Power Mgmt H. Scott Coombe harold.coombe@navy.mil

Automation in Ship Systems Anthony Seman 703 696 5992 anthony.seman@navy.mil

Platform Design Kelly Cooper 703 696 0869 kelly.cooper@navy.mil

Thermal Management Mark Spector 703 696 4449 mark.spactor@navy.mil

Structural Reliability Paul Hess 703 696 9776 paul.hess@navy.mil

Next Gen Integrated Power System Lynn Petersen 703 696 1291 petersl@onr.navy.mil

Underwater Signatures George Stimak 703 696 0616 george.stimak@navy.mil

Compact Power Conversion Technol Joseph Borraccini 703 696 7823 joseph.borraccini@navy.mil

Topside Signatures Steven Russell 703 696 4714 steven.j.russell@navy.mil

Surface Hydromechanics Patrick Purtell 703 696 4308 patrick.purtell@navy.mil

Office of Naval Research: Sea Warfare and Weapons(Mechanics, Chemistry, and Materials)

http://www.onr.navy.mil/Science-Technology/Departments/Code-33/All-Programs/331-ship-systems-engineering.aspx

Office of Naval Research: Sea Warfare and Weapons(Mechanics, Chemistry, and Materials)

http://www.onr.navy.mil/Science-Technology/Departments/Code-33/All-Programs/332-naval-materials.aspx

Topic Program Officer Phone Email Naval Materials Research (332) Julie Christodoulou 703 696 5075 julie.christodoulou@navy.mil

Bulk Nanostructured Materials Lawrence Kabacoff 703 696 0283 lawrence.kabacoff@ Composite Materials Ignacio Perez 703-696-0688 ignacio.perez1@navy.mil

Electrochemical Power Sources Michelle Anderson 703 696 1938 michele.anderson1@navy.mil

Environ Quality: Marine Antifouling Steve McElvany 703 696 1449 steve.mcelvany.navy.mil

Environ Quality: Waste Treatment Electronic & Optical Ceramics vacantFracture and Fatigue Struct Materials A.K. Vasudevan 703 696 8181 vasu.vasudevan@navy.mil

Functional Polymeric/Org Materials Paul Armistead 703 696 4315 paul.armistead@navy.mil

Polymer, Organic or Hybrid PV Water Purification / Desalination

Capacitors for Pulsed Power Functional Inorganic Nanomaterials Mihal Gross 703 696 0388 mihal.gross@navy.mil

Future Naval Fuels David Shifler 703 696 0285 david.shifler@navy.mil

Structural Cellular Materials High Temperature Materials Eric Wachina 301 227 3949 eric.wachina@navy.mil

Solid Mechanics Yapa Rajapakse 703 696 4405 yapa.rajapakse@navy.mil

Structural Metals William Mullens 703 696 0487 william.mullens@navy.mil

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Topic Program Officer Phone Email Sea Platforms and Undersea Weapons (333) Capt John Morris 703 696 4711 John.l.morris@navy.mil

Advanced Electrical Power Systems Terry Ericsen 703 696 7741 terry.ericsen@navy.mil

Compact Agile Material Mover Kate Mangum 703 588 2216 kate.mangum@navy.mil

Energetic Materials Daniel Tam 703 696 4204 daniel.tam1@navy.milSense and Response Logistics Anthony Seman 703 696 5992 anthony.seman@navy.mil

Seabasing Geoffrey Main 703 696 1180 maing@onr.navy.mil

Turbulence Ronald Joslin 703 696 2363 JoslinR@onr.navy.milUnmanned Sea Surface Vehicles Robert Brizzolara 703 696 2597 robert.brizzolara@navy.mil

Office of Naval Research: Sea Warfare and Weapons(Mechanics, Chemistry, and Materials)

http://www.onr.navy.mil/Science-Technology/Departments/Code-33/All-Programs/333-sea-platforms-weapons.aspx

Office of Naval Research: Warfighter Performance(Biology, Cognitive, and Neural Sciences)

http://www.onr.navy.mil/Science-Technology/Departments/Code-34/All-Programs/human-bioengineered-systems-341.aspx

Topic Program Officer Phone Email Human & Bioeng Systems (341) John Tangney 703 696 4505 john.f.tangney@navy.milAffordable Human Behavior Modeling Harlod Hawkins 703 696 4323 harold.hawkins@navy.milAgile Organizational Structures Gerald Malecki 703 696 4044 gerald.malecki@navy.mil Human Perform: Multi-echelon Dc Applied Instructional Research Ray Perez 703 696 4986 ray.perez@BioEnergy Harvesting; Biofouling Linda Chrisey 703 696 4504 linda.chrisey@ Engn Functional Organisms Marine Mammal ImmunobiologyBiometrics & Human Activity Recog Thomas McKenna 703 696 4503 tom.mckenna@navy.mil Bio Robotics Human Robot Computational Neuroscience Metabolic Engineering; Antibiotics Laura Kienker 703 696 4045 linda.kienker@ Microbial Syn of Energetic Materials Novel Biomolecular Materials Naval Environ Biology Next GenPerception and Cognitive Science Paul Bello 703 696 4218 paul.bello@navy.mil Representing & Reasoning-Uncertainty Skill Acquisition Theory of Socio-Cognitive ArchitecturesHuman Factors, Organ Decision Res Mike Letscky 703 696 4251 letskym@onr.navy.milManpower and Personnel William Krebs 703 696 2575 william.krebs@.navy.milStress Physiology and Biophysics Igor Vodyanoy 703 696 4109 igor.vodyanoy@navy.mil

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Office of Naval Research: Warfighter Performance(Biology, Cognitive, and Neural Science)

http://www.onr.navy.mil/Science-Technology/Departments/Code-34/All-Programs/warfighter-protection-applications-342.aspx

Topic Program Officer Phone Email

Biological & Biomed Div (342) E. Montcalm-Smith 703 696 2580 elizabeth.montcalmslm@

Capable Manpower William Krebs 703 696 2575 william.krebs@navy.mil

Human Systems Integration Manpower and PersonnelCasualty Care & Management Michael Given 703 696 4055 michael.given@navy.mil

Casualty Prevention E. Montcalm-Smith 703 696 2580 elizabeth.montcalmslm@

Undersea Medicine Matthew Swiergosz 703 696 0367 matthew.swiergosz.navy.mil

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Office of Naval Research: Naval Air Warfare and Weaponshttp://www.onr.navy.mil/Science-Technology/Departments/Code-35/All-Programs/aerospace-research-351.aspx

Topic Program Officer Phone Email Aerospace Science (351) Peggy Conner 703 696 2510 peggy.conner@navy.mil

Aviation technology John Kinzer 703 696 7917 john.kinzer@navy.mil

High speed weapons Gil Graff 703 588 0703 gil.graff@navy.mil

Advanced aerospace propulsion Joseph Doychak 703 696 7646 joseph.doychak@navy.mil

RATTLRS Flight Demo Turbine enginesScience of Autonomy Marc Steinberg 703 588 0703 marc.steinberg@navy.mil

Intelligent AutonomyEnergetics Cliff Bedford 703 696 0437 clifford.bedford@navy.mil

High density, reactive materials High energy, dense oxidizers Combat safe, insensitive munitionsCounter directed energy Peter Morrison 703 696 0553 peter.a.morrison@navy.mil

Maritime laser demo Maritime WMD detection Unmanned air systems Malinda Pagett 703 588 1047 malinda.pagett@navy.mil

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Office of Naval Research: Naval Air Warfare and Weaponshttp://www.onr.navy.mil/Science-Technology/Departments/Code-35/All-Programs/air-warfare-352.aspx

Topic Program Officer Phone Email

Air Warfare and Naval Weapons Applications (352) Capt Brian Reeves 703 588 0071 brian.reeves@navymil Air Platform Safety Malinda Padgett 703 588 1047 malinda.padgett@navy.mil

Autonomy for Collaborating Systems Marc Sternberg 703 588 0703 marc.steinberg@navy.mil

Directed Energy Quentin Saulter 703 696 2594 quentin.saulter@navy.mil

Free Electron LaserDiscriminate & Terminal Guidance Kenneth Heeke 703 696 0431 kenneth.heeke@navy.mil

Enhanced Weapons Systems Multi-mode Sensor/SeekerElectromagnetic Rail Gun Elizabeth D'Andrea 703 588 2962 elizabeth.dandrea@navy.mil

Helicopter Low Level Ops David Ludwig 703 696 6942 david.ludwig@navy.mil

Helicopter Landing Aids

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Defense Advanced Research Projects Agency (DARPA)www.darpa.mil

What: Research and technology where risk and payoff are both very high, and Success may provide dramatic advances for military roles and missions.

Defense Science Office (DSO) Microsystems Technology Office (MTO) Information Processing Technology Office (IPTO) Strategic Technology Office (STO) Transformational Convergence Technology (TCTO) Tactical Technology Office (TTO)

Adaptive Execution (AEO) Larger programs are available than at OXRs (some managed by OXR POs) Think teaming - industrial participation desirable First deliverable milestone in 12-18 months; “widget” in 3-5 years

How much: $100K – $10M/yr in DSO as example DARPA program managers often fund studies (“seedlings”) as initial research to determine if a more formal program is appropriate.

When: Various, need watch for program topic announcements Involvement in topic formative workshops very helpful

Where: www.darpa.mil/funding_opportunities.html www.darpa.mil/index.html#tech www.darpa.mil/DoingBusiness.pdf

FY116.1 ~$328M6.2 ~12736.3 ~1425

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Office Manager Tel Email Interest DSO Viktoria Greanya 703 526 4122 viktoria.greanya@ micro/nano structured materials, biomed Brian Holloway 703 526 4064 brian.holloway@ materials

Col Alan Magill 571 218 4944 alan.magill@ Mark Neifeld 571 218 4210 mark.neifeld@ signal processing, imaging, applied math

Gill Pratt 571 218 4614 gill.pratt@ MTO John Albrecht 703 526 4126 john.albrecht@ electron/phonon transport

Tayo Akinwande 703 526 4151 tayo.akinwande@ MEMS/NEMS, large area microsystems, Jack Judy 571 218 4618 jack.judy@ magnetic microsys, chip energy conversion neural-electronic interface Scott Rodgers 703 526 4127 scott.rodgers@ photonics, non linear optics, nanoparticles Andrei Shkel 703 218 4422 andrei.shkel@ MEMS?IPTO Raymond Camisa 571 218 4812 raymond.camisa@ adaptive systems for information exploitation sensors for detection of unintended emissions

high perf processing for image exploitation Yiftach Eisenberg 703 248 1536 yiftach.eisenberg@ image processing, wireless communicationsTCTO Drew Dean 571 218 4890 richard.dean@ computer security, operating sys, programmingTTO Maj Travis Blake 571 218 4354 travis.blake@ Paul Eremenko 571 218 4889 paul.eremenko@ George Root 571 218 4337 george.root@ William Scheuren 571 218 4628 william.scheuren@STO Bruce Fette 571 218 4979 bruce.fette@ cognitive radio, next gen comms

New DARPA Program Managers (21 Feb 2010)

Email xx@darpa.milhttp://dtsn.darpa.mil/pmdb/search.aspx?mode=new

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White Paper for “Seedling”

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The Dugan Catechism – Questions to be Addressed in New Program Pitches

Need: What problem is going to be solved or opportunity created? • What is causing the problem? What kind of opportunity is it? • Why do we believe it’s possible to do anything about it? What’s the evidence? • Why now and not last year or ten years ago? • Who cares if we address this? Who will resist and why? •Why DARPA?Approach: How do you plan to address the key challenges? • What are the program elements needed to make it possible? • What are the execution risks in the program elements? • How much effort is required in each element? • How central is integration of elements & how is it going to be managed? • How do you capture mind share, resources and catalyze/inspire a community?Capability: Is the solution an aspirin or a vitamin? • Why is this way better than other ways? • Can we use this for other things? Think big and specific. • How much of a dent will we cause in the universe (Steve Jobs)?Effort: How much time and money will it take to be able to solve? • How does allocation of effort reflect the risks/importance of program elements? • How will we measure progress towards solution? • How do intermediate objectives align with and drive overall program objective?

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Questions New Program Pitches Must Answer

Illustra(on  of  new  DARPA  Program  Chart:    Guiding  Light  at  the  Nanometer  Scale

Courtesy of M. Brongersma Operating regimes of different technologies

Plasmonics◦ Improved synergy between electronic and photonic devices◦ Size of electronic components◦ Operating speed of photonic networks◦ Critical – negative permittivity and dielectric constant

First item planned. Add more text as necessary.

Second item planned. Add more text as necessary.

• Add other points as necessary.

Topic/project/effort descriptionPerformer Name (Seedling, SBIR, Congressional, etc)

First key insight. Add more text as necessary.

Second key insight. Add more text as necessary.

• Add other points as necessary.

A Sentence Why It Is Important/Useful

MAIN ACHIEVEMENT:• Placeholder explanatory text. Replace

with text and diagrams as necessary.

HOW IT WORKS: • Placeholder explanatory text paragraph.

Replace with text and diagrams as necessary.

ASSUMPTIONS AND LIMITATIONS:• Limitation or assumption.• Another limitation or assumption.

Primary answer here. Add more text as necessary.• First bullet.• Additional as necessary.

Primary answer here. Add more text as necessary.• First key point.• Additional as necessary.

Budget: FY?? - $???,???

Transition Partners:

What is the state of the art and what are its limitations? (DELETE THIS BOX OF TEXT AND INSERT DIAGRAM(S)

What are the key new insights? (REPLACETHIS BOX AND INSERT DIAGRAM(S))

CHARACTERIZE THE QUANTITATIVE IMPACT (DELETE THIS BOX OF TEXT AND INSERT TABLE, GRAPH, OR OTHER SUITABLE VISUALIZATION)

What are the end-of-phase goals?(REPLACE WITH DIAGRAM/TEXT/THRESHOLD CRITERIA)

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Acquiring DARPA topic/PO information

Go to www.darpa.mil

Click on “Offices” tab at the top of the page

Click on appropriate Technical Office Program

Click on “Programs” Click on desired research topic(s) – get info, illustrated here by:

Program Manager: Lt. Col. John Lowell, Ph.D. Negative Index MaterialsThe vision of DARPA’s Negative Index Materials (NIM) Program is to further understand and explore the physics of left-handed transport and negative refractive index and to significantly expand the frequency range at which these phenomena are observed .…..

See also current solicitations at:www.darpa.mil/dso/solicitations/solicit.htm

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PowerIntegrated High Energy Dense CapacitorsMicro Power SourcesMobile Integrated Sustainable Energy RecoveryRobust Portable Power

DARPA DSOhttp://www.darpa.mil/dso/thrusts/index.htm

Physical Sciences: on-going programs

Fundamental PhysicsGuided BEC InterferometryHyperspectral Radiography GenerationOptical Arbitrary Waveform GenerationOptical Lattice EmulatorSlowing, Storing and Processing Light

Novel Physics-Based Devices/ApplChemical CommunicationsCompact Directional Neutron SourcePrecision Inertial Navigation SystemsProgrammable Matter

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Mathematics: on-going programs

Applied and Computational MathematicsDiscovery and Exploitation of Structure in Algorithms Geospatial Representation and Analysis Predicting Real Optimized Materials

Fundamental MathematicsFocus Areas in Theoretical MathematicsFundamental Laws of Biology Sensor Topology for Minimal PlanningTopological Data Analysis

DARPA DSOhttp://www.darpa.mil/dso/thrusts/index.htm

Training and Human Effectiveness: on-going programs

Accelerated LearningCognitive Technology Threat Warning SystemEducation DominanceNeurotechnology for Intelligence AnalystsRealWorld

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DARPA DSOhttp://www.darpa.mil/dso/thrusts/index.htm

Materials: on-going programs

Multifunctional Materials & Materials SystemsArmor ChallengeChemical RobotsHardwire DARPA ArmorInstant Fire SuppressionJet Blast DeflectorMultifunctional Surface SystemsNano Air VehiclePolymer IceReactive Material StructuresStealthy, Persistent Perch and StareTopologically Controlled Lightweight ArmorWASP

Novel Materials and Materials ProcessesAccelerated Insertion of Materials (D-3D)DARPA Initiative in TitaniumDisruptive ManufacturingEvaporative Cooling Turbine BladesHigh Performance, Corrosion-Resistant MaterialsNano-Composite Optical CeramicNaval Advanced Amorphous CoatingsNegative Index MaterialsNext Generation Super Carbon FiberPrognosisStructural Amorphous Metals

Biologically Inspired MaterialsEngn BioMolecular Nano-Devices / SystemsFracture PuttyZ-Man

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DARPA DSOhttp://www.darpa.mil/dso/thrusts/index.htm

Biology: on-going programsBiologically Inspired Platforms and SystemsNeovisionPowerSwimRealNoseSystems of Neuromorphic Adaptive Plastic Scalable Electronics

Maintaining Combat PerformancePredicting Health and DiseasePreventing Violent Explosive Neurologic TraumaSurviving Blood LossTactical Underwater Navigation

Tactical Biomedical TechnologiesBlood PharmingDeep Bleeder Acoustic CoagulationFeedback Regulated Automatic Molecular ReleaseLong-Term Storage of Blood ProductsTrauma Pod

Restorative Biomedical TechnologiesHuman-Assisted Neural DevicesRestorative Injury RepairRevolutionizing Prosthetics

Accelerating Critical TherapeuticsAccel Manuf of PharmaceuticalsProtein Design Processes

Protection and DetectionControl of Protein ConformationsFemtosecond Adaptive Spectroscopy Techniques for Remote Agent DetectionSelf Decontaminating Surfaces

Biological Warfare Defense: on-going programs

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Technology Performer Platform Impact Bio-inspiration

Crystalline Lenses

Bio-inspired Optics Program Summary

Performance• Enhanced Imaging

–Dynamic 30X Zoom• Increased Loiter

Time

Pointer UAVRockwellMITUCSDAeroVironment

Compact 30X Zoom

Vis, NIR, MWIRFluidic Lens

Octopus LensPerformance• Enhanced Imaging -Variable FOV• Reduced Weight• Increased Loiter

Time

Dragoneye UAVCase WesternNRL

Dynamic GRIN Lens

Solid state GRIN Vis, NIR, SWIRRetina (Fovea)Performance

•Enhanced Imaging– Track multiple images– Image Compression

Helo PlatformU of Central FlSandiaAFRLBNS/Narrascape

Foveated Imaging

Pixelated, LC SLM

Rays

FPA

Vis

Multi λ/FOV system

BrittlestarPerformance• Significant reduction

in weight and complexity

• 2-color system

U of FloridaITCRaytheon

MRM

NIR, LWIRPhoton Sieve

Leonard J. Buckley, DSONote focus on technology and impact – even in “science” program

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3-D IC (3-D Integrated Circuits) Program Manager: Dr. Michael Fritze, michael.fritze@darpa.mil3-D integrated circuits offer significant performance benefits over two dimensional (2-D) integrated circuits based on the electrical and mechanical properties arising from the new geometrical arrangement. In 2-D integrated circuits, the reduction of transistor features over time ("Moore's Law")... (more information)

3-D MERFS (3-D Micro Electromagnetic Radio Frequency Systems) A-to-I (Analog to Information) ADHELS (Architecture for Diode High Energy Laser Systems) ADR (Advanced Digital Receiver) AFPA (Adaptive Focal Plane Array) AMTP (Advanced Microsystems Technology Program) APPLE (Adaptive Photonic Phase-Locked Elements) APS (Advanced Photonic Switch) ASP (Analog Spectral Processors) AWLS (Adverse Weather Landing System) C2OI (Chip-to-Chip Optical Interconnects)CAD-QT (Cognitively Augmented Design for Quantum Technology) CERA (Carbon Electronics for RF Applications) CHASER (Channelized SIGINT/ELINT Receiver for UAV Apps) CHEMS (Chemical Engineering Molecular Scale) CLASS (Clockless Logic)

DARPA MTO Programshttp://www.darpa.mil/mto/programs/index.html

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COCHISE (Coherently-Combined High-Power Single-Mode Emitters) COSMOS (Compound Semiconductor Materials On Silicon) CSAC (Chip-Scale Atomic Clock) DESA (Discovery and Exploitation of Structure in Algorithms) DMT (Disruptive Manufacturing Technologies) DOD-N (Data in Optical Domain - Network)DUVAP (Deep Ultraviolet Avalanche Photodetectors)ECHiPPS (Embedded Configurable High Performance Processing of Signals) EMIL (Efficient Mid-Wave Infrared Lasers)EMPiRe (Electro-Magnetic Pulse Tolerant Microwave Receiver Front-End) EPIC (Electronic & Photonic Integrated Circuits) FCRP (Focus Center Research Program) FLARE (Feedback Linearized Amplifier for RF Electronics)HARDI (Hemispheric Array Detector for Imaging) HERMIT (Harsh Environment Robust Micromechanical Technology) HiFIVE (High Frequency Integrated Vacuum Electronics) HI-MEMS (Hybrid Insect Mems)HOTMWIR (High Operating Temperature Mid-Wave Infrared) ISIS (Integrated Sensor IS Structure) L-PAS (Laser Photoacoustic Spectroscopy)MACE (Microtechnologies for Air-Cooled Exchangers)

DARPA MTO Programs - continuedhttp://www.darpa.mil/mto/programs/index.html

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MCC (Micro Cryogenic Coolers) MEMS/NEMS S&T (MEMS/NEMS Science & Technology Fundamentals) MGA (Micro Gas Analyzers) MIATA (Microantenna Arrays: Technology and Applications) MINT (Micro Inertial Navigation Technology) MIPS (Micro Isotope Power Sources) MISI (Micro Imagers for Sensing) MONTAGE (Multiple Optical Non-redundant Aperture Generalized Sensors) MORPH (Supermolecular Photonics Engineering) MX (MEMS Exchange) NACHOS (Nanoscale Architecture for Coherent Hyper-Optic Sources) NANOWRITER (Maskless Nanowriter)NEMS(Nano Electro Mechanical Computers)NGIMG (Navigation Grade Integrated micro Gyroscopes)NLMMSM (Non-Linear Mathematics for Mixed Signal Microsystems)PCAR (Photon Counting Arrays) PHASER (Photonic Analog Signal Processing Engine with Reconfigurability)PHOBIAC (Photonic Bandwidth Compression for Instantaneous Wideband A/D Conversion) PHOR-FRONT (Linear Photonic RF Front-End Technology) POPS (Parametric Optical Processes and Systems) RHBD (Radiation Hardening by Design)

DARPA MTO Programs - continuedhttp://www.darpa.mil/mto/programs/index.html

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RIEDAR (Recognize IED and Report) RIFL (Revolution in Fiber Lasers) SAIL (Semiconductor AlGaN Injection Lasers) SERS S&T FundamentalsSHEDS (Super High Efficiency Diode Sources) SMART (Scalable Millimeter-Wave Architectures for Reconfigurable Transceivers) STAP Boy (Space Time Adaptive Processing)STEEP (Steep-Subthreshold-slope Transistors for Electronics with Extremely-Low Power)STT-RAM (Spin Torque Transfer-Random Access Memory) SWIFT (Sub-Millimeter Wave Imaging Focal-Plane Technology) TBN (Tip-Based Nanofabrication)TFAST (Technology for Frequency Agile Digitally Synthesized Transmitters) TGP (Thermal Ground Plane)TRUST (TRUST in Integrated Circuits)ULTRA-TR (Ultra-Wideband Multifunction Photonic Transmit/Receive Module)UNIC (Ultraperformance Nanophotonic Intrachip Communications) UPR (University Photonics Research Centers)VIGIL (Visible InGaN Injection Lasers) WBGS-RF (Wide Bandgap Semiconductor Technology Thrust I)

DARPA MTO Programs - continuedhttp://www.darpa.mil/mto/programs/index.html

DARPA IPTO Programs http://www.darpa.mil/ipto/programs/programs.asp

Advanced Soldier Sensor Information System and TechnologyAdvanced Speech EncodingAffordable Adaptive Conformal ESA RadarApplication CommunitiesArchitecture-Aware Compiler EnvironmentAutonomous Real-time Ground Ubiquitous SurveillanceBootstrapped learningBrood of Spectrum SupremacyCamouflaged Long Endurance Nano SensorsClose Combat Lethal ReconConflict Modeling, Planning, and Outcomes ExperimentationCoordi8nation Decision Support AssistantsCyber TrustDeep GreenDisruptive Manufacturing Technology Software ProducibilityExploitation of 3D DataFOPEN Reconnaissance, Surveillance, Tracking and Engagement RadarGlobal Autonomous Language ExploitationHeterogeneous Airborne Reconnaissance TeamHigh Productivity Computing Systems

DARPA IPTO Programs - continuedhttp://www.darpa.mil/ipto/programs/programs.asp

Information Theory for Mobile Ad-Hoc NetworksIntegrated Crisis Early Warning SystemIntegrated LearningJigsawJoint Air/Ground Operations: Unified, Adaptive ReplanningLANdroidsLearning LocomotionMultilingual Automatic Document Classification Analysis and TranslationMultispectral Adaptive networked Tactical Imaging SystemNetTrackPersistent operational Surface Surveillance and EngagementPersonalized Assistant that LearnsPolymorphous Computing ArchitecturesPredictive analysis for Naval Deployment ActivitiesQuint Networking TechnologySelf-Regenerative SystemsSituation Aware Protocols in Edge Network TechnologiesSpoken Language Communication and Translation System for Tactical useStandoff Precision ID in 3DTransfer learning

Urban Leader Tactical Response,Awareness &Visualization

Urban Reasoning and Geospatial Exploitation TechnologyUrbanScapeVehicle and Dismount Exploitation RadarVideo and Image Retrieval and Analysis Tool

DARPA IPTO Programs - continuedhttp://www.darpa.mil/ipto/programs/programs.asp

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DARPA Transformational Convergence Technology Office (TCTO) http://www.darpa.mil/tcto.html

Thrust Areas:• Analysis and exploitation of complex networks, such as social networks, including concepts

such as crowd-sourcing, communications, and quantitative social and behavioral sciences• Engineered biosynthesis of materials and objects, including synthetic biology, and biosynthesis

of chemicals and materials• Machine intelligence, particularly as applied to intelligent autonomous ground robots and

collaborative systems• Resilient computing systems, in support of the above areas and including robust, evolvable,

widely available, high-performance networks

Programs• Application Communities (AC) Mr. James Donlon

Develop a software execution infrastructure for existing COTS programs

• Architecture-Award Compiler Environment (AACE) Dr. William Harrod The increasing complexity of modern computing systems inhibits the ability of application developers to achieve the performance necessary for critical national security applications.

• Computer Science Study Group (CSSG)

• High Productivity Computing Systems (HPCS) Dr. Charlie Holland Conduct a focused research and development program that creates a new generation of high productivity computing systems.

• Disruptive Manufacturing Technology / Software Producibility Mr. James Donlon Demonstrate disruptive manufacturing technologies aimed at reducing the cost and time for production of components, both structural and functional, for Defense systems and platforms.

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DARPA Strategic Technology Office (STO) Thrustshttp://www.darpa.mil/sto/

Space, Near-Space and Airborne Sensors and StructuresResearch across the spectrum of applications including rapid access, space situational awareness, and persistent tactical grade sensing approaches including extremely large space apertures and structures

Strategic & Tactical NetworksResearch in areas that include: robust, self forming, mobile ad hoc networks and communications, spectrum management, high data rate point-to-point wireless communications, improved end-to-end network performance, and networks that are reconfigurable and optimize resource allocations based on mission priorities

Information AssuranceNovel technologies to enable adaptive networking capabilities that dramatically improve performance and reduce life threatening communication failures in complex communication networks

Underground Facility Detection & CharacterizationSensor technologies that find, characterize and identify facility function, pace of activity, and activities in conjunction with their pre and post attack status. STO is also investigating non-nuclear earth-penetrating systems for the defeat of hard and deeply buried targets.

Chemical, Biological and Radiological DefenseNew sensor and signal processing technologies and related devices to effectively provide these functional improvements for use in support systems; and new technologies and design techniques for building construction and related infrastructure that will intrinsically protect personnel from exposure.

Maritime OperationsNew capabilities that include concepts for expanding the envelope of operational naval capabilities such as friction drag reduction via super-cavitation on Navy surface vessels, logistically friendly distributed lighting systems, novel underwater propulsion modalities, and acoustic anti-submarine warfare systems

Small Unit OperationsProvide the warfighter ultra-precise, beyond-line-of-sight infantry weapons for use in congested urban areas.

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DARPA Tactical Technology Office (TTO) Thrusts http://www.darpa.mil/tto/thrust/index.html

Advanced Weapons SystemsTechnological improvements in the ability to project precise force at a distance, prosecute time-sensitive-targets with minimal collateral damage and decisively respond across the full spectrum of armed conflict. This includes the ability to rapidly respond, identify and track threats in complex environments, persist over the battlespace, and to strike fixed and mobile targets at long and short ranges throughout the entire battlespace (air, land, urban, subterranean, maritime targets of interest) with kinetic and non kinetic effects.Advanced Platforms

Advanced PlatformsConcepts for advanced autonomous, remotely operated and manned air, land, sea and space platform systems that enable the U.S. military to dominate global operations and the battlespace environment.

Advanced Space SystemsInnovative approaches across a wide range of space technologies and concepts which will enable assured rapid responsiveness, survivability, surveillance, situational awareness, sustainment, persistence and efficiency in space operations, protection, and control.

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DTRA 47 CBDP 50

HEL MRI 13

MURI (URI) 220DURIP (URI) 45

DMRDP 52 (0 Basic)CDMRP ~$700M?

SERDP (6.3 funding) 68ESTCP (6.4 funding) 30

GICUR (FCRP) 4?

NDSEG (URI) 45NDEP 110

STTR (SBIR) 130 (1200)?DEPSCOR 15?

Beyond DRSOther FY11 DOD S&T Programs - $M