The Mitre Corporation

SII-NRDZ: MITRE NRDZ-AS-A-SERVICE FIELD DEPLOYMENT -IN THIS PROJECT, MITRE COLLABORATES WITH NORTHEASTERN UNIVERSITY, UNIVERSITY OF COLORADO BOULDER, UNIVERSITY OF UTAH, AND THE SETI INSTITUTE TO CONDUCT LONG-DURATION DYNAMIC SPECTRUM SHARING EXPERIMENTATION AS THE ENGINEERING AND EXECUTION LEAD (EEL) FOR THE NSF NATIONAL RADIO DYNAMIC ZONES (SII-NRDZ) PROGRAM. DYNAMIC SPECTRUM SHARING IS ADAPTIVE COEXISTENCE USING TECHNIQUES THAT ENABLE MULTIPLE ELECTROMAGNETIC SPECTRUM USERS TO OPERATE ON THE SAME FREQUENCIES IN THE SAME GEOGRAPHIC AREA WITHOUT CAUSING HARMFUL INTERFERENCE TO OTHER USERS. DYNAMIC SPECTRUM SHARING IS ESSENTIAL TO SUSTAIN THE BENEFITS OF SPECTRUM ACCESS FOR MANY SECTORS OF SOCIETY, INCLUDING FASTER COMMUNICATIONS, NEW ASTRONOMICAL AND SCIENTIFIC DISCOVERIES, MORE ENERGY-EFFICIENT CITIES, INCREASED HIGHWAY CAPACITY AND SAFETY, AND MORE ACCURATE WEATHER PREDICTIONS. THE MITRE-LED TEAM, CALLED SPARKIE, ADVANCES THE USE OF SPECTRUM SHARING THROUGH MATURING SOFTWARE SOLUTIONS AND CONDUCTING FIELD EXPERIMENT CAMPAIGNS THAT GENERATE SCIENTIFIC DATA AND BUILD STAKEHOLDER TRUST, AND THROUGH RELEASING REUSABLE SPECTRUM SHARING SOFTWARE. SPARKIE TEAM ACTIVITIES ALSO PROVIDE HANDS-ON TRAINING, CURRICULUM DEVELOPMENT, AND RECORDED ONLINE CONTENT TO EXPAND THE CADRE OF FUTURE SPECTRUM MANAGERS, ENGINEERS AND SCIENTISTS IN THE SPECTRUM FIELD. INITIAL EXPERIMENTAL CAMPAIGNS USE THE OPEN ZONE MANAGEMENT SYSTEM (OPENZMS) SOFTWARE PACKAGE FROM THE UNIVERSITY OF UTAH TO MANAGE DYNAMIC SPECTRUM SHARING. THE INITIAL EXPERIMENTAL CAMPAIGNS INCLUDE EXPERIMENTS AT A RADIO ASTRONOMY FACILITY, THE HAT CREEK RADIO OBSERVATORY (HCRO) IN CALIFORNIA, FOR SPECTRUM SHARING WITH NEARBY 900 MHZ ISM BAND SMART UTILITY METERS; AND AT A FACILITY FOR EXPERIMENTATION ON ADVANCED COMMUNICATIONS SYSTEMS, THE PLATFORM FOR OPEN WIRELESS DATA-DRIVEN EXPERIMENTAL RESEARCH (POWDER) IN SALT LAKE CITY, UTAH, FOR SPECTRUM SHARING WITH NEARBY 5G CELLULAR SYSTEMS OPERATING IN THE 3.55-3.70 GHZ CITIZENS BROADBAND RADIO SERVICE BAND. RISK OF THE INITIAL EXPERIMENTAL CAMPAIGNS IS REDUCED BY PRE-DEPLOYMENT EXPERIMENTS IN A DIGITAL TWIN THAT UTILIZES THE COLOSSEUM TESTBED OF NORTHEASTERN UNIVERSITY. DATA FROM THE INITIAL CAMPAIGNS INFORMS SELECTION OF A ZONE MANAGEMENT SYSTEM SOLUTION AND SITES AND APPLICATIONS FOR SUBSEQUENT CAPSTONE EXPERIMENTS. THE CAPSTONE EXPERIMENTS ARE PLANNED TO LAST AT LEAST FOUR MONTHS OF CONTINUOUS SPECTRUM SHARING, DEMONSTRATING PREVENTION OF HARMFUL INTERFERENCE WHILE ENHANCING SPECTRUM ACCESS FOR FACILITY OPERATIONS THROUGH SHARING SPECTRUM BETWEEN THE FACILITIES AND NEARBY USERS. OTHER OUTCOMES FROM THE PROJECT INCLUDE A TOOLKIT FOR BUILDING ZONE MANAGEMENT SYSTEMS, A CLOUD-BASED SERVICE FOR SAFE FIELD TESTS OF ZONE MANAGEMENT SYSTEMS, CONTRIBUTIONS TO THE DYNAMIC SHARING SYSTEM TESTBED SPECIFIED IN THE 2023 NATIONAL SPECTRUM STRATEGY, AND INITIAL DEFINITION OF AN ENVISIONED FUTURE NATIONAL RADIO DYNAMIC ZONE. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.- SUBAWARDS ARE PLANNED FOR THIS AWARD.

THE COOPERATIVE AGREEMENT WILL BE USED FOR THE SUDAN CONFLICT OBSERVATORY

THE MITRE CORPORATION NEW VISION OPEN 2024 AWARD CONTROL NUMBER: 3387-2450 TITLE: ALL-OPTICAL CHIPLETS FOR ENERGY-EFFICIENT ARTIFICIAL INTELLIGENCE THIS COMPETITIVE COOPERATIVE AGREEMENT FOR A RESEARCH AND DEVELOPMENT PROJECT ENTITLED, “ALL-OPTICAL CHIPLETS FOR ENERGY-EFFICIENT ARTIFICIAL INTELLIGENCE” IS AWARDED THE MITRE CORPORATION UNDER ARPA-E FOA NUMBER DE-FOA-0003387 (VISION OPEN 2024) AND CONTROL 3387-2450. THE PURPOSE OF THIS AWARD IS SEEKS TO DEVELOP PHOTONIC INTEGRATED CIRCUITS FOR ALL-OPTICAL, ENERGY-EFFICIENT ARTIFICIAL INTELLIGENCE (AI) IN ORDER TO ADDRESS THE INCREASING ENERGY DEMANDS OF LARGE-SCALE AI SYSTEMS.

NSF POSE: PHASE II: MITRE CALDERA -THE MITRE CALDERA PROJECT IS AN OPEN-SOURCE PLATFORM THAT ENABLES CYBER DEFENDERS TO ATTACK AND TEST THEIR OWN COMPUTER NETWORKS AND SYSTEMS AT THE SAME LEVEL AS REAL-WORLD HACKERS AND CYBER-ATTACKS. THE PRIMARY VISION OF THE CALDERA PLATFORM IS TO OPERATIONALIZE THE ABILITY TO TRANSLATE CYBER THREAT INTELLIGENCE TO ADVERSARY EMULATION PLANS AND CYBER SECURITY EVALUATIONS IN THE MOST EFFICIENT, REPEATABLE, AND UNDERSTANDABLE MANNER FOR CYBER DEFENDERS AND ANALYSTS. FURTHERMORE, CALDERA PROVIDES AN INTUITIVE USER-INTERFACE AND LOW BARRIER-TO-ENTRY FOR USERS TO BECOME PROFICIENT PRACTITIONERS VERY QUICKLY AS DEMONSTRATED BY IT BEING USED TO EFFECT BY ENTRY-LEVEL CYBER DEFENDERS, INTERNS AND EVEN STUDENTS. CALDERA HAS HELPED DEMOCRATIZE CYBER DEFENSE CAPABILITIES FOR ORGANIZATIONS, COMPANIES, AND GOVERNMENTS. DESPITE THIS IMPACT, MOST OF ITS ACADEMIC AND PRIVATE INDUSTRY OUTREACH OCCURRED ORGANICALLY THROUGH UNFUNDED HAPPENSTANCE. THIS EFFORT SEEKS TO SECURE CALDERA'S LONG-TERM SUSTAINABILITY. TO MEET THIS GOAL OF SUSTAINABILITY, THIS PROJECT FOCUSES ON THREE AREAS. FIRST, COMMERCIAL ORGANIZATIONS ARE INCLUDED AS FULL STAKEHOLDERS, CONTRIBUTORS, AND PARTNERS. THIS INTEGRATION LEVERAGES EXISTING NETWORKS AND INTERESTED PARTIES AND EMPHASIZES CALDERA?S POTENTIAL USE IN TECHNOLOGY GROWTH AREAS SUCH AS RESEARCHING CYBER DEFENSE OF OPERATIONAL TECHNOLOGY AND ARTIFICIAL INTELLIGENCE-DRIVEN ADVERSARY EMULATION. SECOND, ACADEMIC AND RESEARCH PROGRAMS ARE INCLUDED FOR LONG-TERM PARTNERSHIPS. THIRD, INCENTIVES ATTRACT USERS TO CONTRIBUTE AND STEP UP TO LEADERSHIP ROLES IN THE CALDERA COMMUNITY. THIS LEADERSHIP DEVELOPMENT INCLUDES ON-BOARDING RESOURCES AND CONTRIBUTION GUIDES AND POLICIES, BUT ALSO HOSTING CODING EVENTS AND ESTABLISHING A TRANSPARENT, MERIT-BASED GOVERNANCE STRUCTURE AND COLLABORATIVE DECISION-MAKING PROCESS. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.- SUBAWARDS ARE NOT PLANNED FOR THIS AWARD.

THIS INITIATIVE WILL REVITALIZE CYBER LEGISLATION, STRENGTHEN CRITICAL INFRASTRUCTURE PROTECTION, AND ESTABLISH SUSTAINABLE CYBERSECURITY PRACTICES TO CREATE A SECURE AND RESILIENT CYBER ENVIRONMENT IN GABON.

RINGS-VO: BUILDING RESILIENT NEXTG SYSTEMS FOR EXPERIMENTATION (RINGS BRIDGE) -OUR WORLD HAS BECOME DIGITIZED AND SO HAS THE ECONOMY. THE DIGITAL ECONOMY IS THE RESULT OF THE TRANSFORMATION OF TRADITIONAL ECONOMIC ACTIVITIES, PRODUCTS, AND SERVICES INTO DIGITAL FORM. THE BACKBONE OF THE DIGITAL ECONOMY IS HYPERCONNECTIVITY, THE GROWING INTERCONNECTEDNESS OF PEOPLE, ORGANIZATIONS, AND MACHINES RESULTING FROM WIRELESS TECHNOLOGY AND THE INTERNET OF THINGS (IOT). U.S. LEADERSHIP IN WIRELESS TECHNOLOGY IS CRITICAL AND HAS BEEN IDENTIFIED AS A NATIONAL PRIORITY TO REGAIN US-LEADERSHIP FOR 6G TECHNOLOGY DEVELOPMENT. THE NSF RINGS-VO PROJECT IS A PUBLIC-PRIVATE PARTNERSHIP EFFORT TO RE-ESTABLISH US-LEADERSHIP IN 6G TECHNOLOGY AND ESTABLISH GLOBAL LEADERSHIP FOR DIGITAL ECONOMY TRANSFORMATION, MUCH LIKE U.S. GROWTH AND LEADERSHIP IN INTERNET AND NETWORK TRANSFORMATION PIONEERED GOOGLE AND APPLE INTO GLOBAL TECHNOLOGY LEADERS. MITRE?S RINGS-VO SOLUTION - RINGS BRIDGE - LEVERAGES YEARS OF PRIOR INVESTMENT, NATIONAL TRUSTWORTHINESS AND EXPERTISE IN INCENTIVIZING UNBIASED COLLABORATION ACROSS MULTIPLE STAKEHOLDERS. CAPABILITIES LIKE THE MITRE INNOVATION TOOLKIT (A PUBLICLY AVAILABLE COLLECTION OF PROVEN APPROACHES TO HELP TEAMS BE MORE INNOVATIVE) WILL BE CUSTOMIZED AND REDEPLOYED FOR RINGS PARTICIPANTS WHILE ALSO LEVERAGING MITRE?S SIGNIFICANT INVESTMENT IN INFORMATION TECHNOLOGY SHARING ACROSS THE MITRE NERVE, A UNIQUE INTEGRATION ENVIRONMENT ALLOWING MITRE LAB ACCESS FROM ANYWHERE, BY ANY U.S. PARTNER. RINGS BRIDGE FOSTERS COLLABORATION ACROSS THE RINGS STAKEHOLDER COMMUNITY THROUGH THE CREATION OF A COLLABORATION ECOSYSTEM, INCORPORATION OF A CUSTOM INNOVATION TOOLKIT, AND DEVELOPMENT AND EXECUTION OF AN INCENTIVE PROGRAM ACROSS THE PARTICIPANTS. THIS SYSTEM FEATURES A LAYERED COMBINATION OF TECHNOLOGIES, METHODS, AND TOOLS. TOGETHER THIS GATEWAY CONNECTS RINGS TEAMS AND PARTNERS, ENCOURAGES BURDEN-FREE ACCESS AND USES SOCIAL-INNOVATION METHODS AND TOOLS TO PROMOTE INCREASED PROGRAM IMPACT AND PARTICIPATION. RINGS BRIDGE DRAWS FROM ALREADY EXISTING MITRE CAPABILITIES THAT CAN BE IMPLEMENTED TO SUPPORT THE RINGS PROGRAM WITHIN DAYS OF KICKOFF. RINGS BRIDGE WILL BE CUSTOMIZED WITHIN MITRE?S EXISTING INFRASTRUCTURE TO PROVIDE A BROAD RANGE OF CAPABILITIES THAT WILL PROMOTE AND ENCOURAGE INFORMATION SHARING, COORDINATION, AND COLLABORATION BETWEEN RINGS RESEARCH TEAMS. MITRE?S NERVE AND PARTNERSHIP NETWORK (MPN) WILL PROVIDE THE FOUNDATION FOR RINGS-VO INFORMATION SYSTEMS. A CENTRAL PORTAL WOULD PROVIDE REAL-TIME PROJECT INFORMATION, NEWS, RESEARCH AGENDAS, AND UPCOMING MEETINGS. THE PORTAL CAN SUPPORT HOSTING FILES, DATA, AND CODE. RESEARCH PARTNERS WOULD HAVE PRIVATE SPACE TO SECURELY COLLABORATE. ADDITIONAL COLLABORATION SPACES CAN BE ADDED FOR JOINT COMMUNICATIONS AMONG SPECIFIC RESEARCH TEAMS AND EXTERNAL ENTITIES. THE PORTAL OFFERS REMOTE CONNECTIVITY WITH OTHER RINGS NETWORKS. DEDICATED PERSONNEL WOULD PROVIDE SUPPORT AND MAINTENANCE TO ALL RINGS PARTNERS. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.

SII-NRDZ: MITRE NRDZ-AS-A-SERVICE -MANY ACTIVITIES OF MODERN SOCIETY AND GOVERNMENT DEPEND ON USE OF THE ELECTROMAGNETIC (RADIO-FREQUENCY) SPECTRUM. FUTURE GROWTH IN THESE ACTIVITIES REQUIRES INCREASED USE OF DYNAMIC SPECTRUM SHARING ? WAYS TO ENABLE DIVERSE SPECTRUM USERS TO SAFELY OPERATE CLOSER TOGETHER IN SPACE OR FREQUENCY OR TO TRADE SPECTRUM ACCESS MORE RAPIDLY THAN IS POSSIBLE WITH TRADITIONAL SPECTRUM MANAGEMENT APPROACHES. THE NATIONAL SCIENCE FOUNDATION NATIONAL RADIO DYNAMIC ZONES (SII-NRDZ) PROGRAM SEEKS TO ADVANCE THE USE OF DYNAMIC SPECTRUM SHARING THROUGH CONDUCTING EXTENDED FIELD TRIALS OF NEW SHARING APPROACHES. THE SII-NRDZ PROGRAM INTENDS TO MAKE A FUTURE AWARD CALLED THE ENGINEERING AND EXECUTION LEAD (SII-NRDZ-EEL). THE SII-NRDZ-EEL WILL PROVIDE THE PROFESSIONAL ENGINEERING AND MANAGEMENT REQUIRED FOR SUCCESS OF SII-NRDZ PROGRAM FIELD TRIALS. IN THIS PROJECT, THE MITRE CORPORATION CONDUCTS THE INITIAL PLANNING, TECHNICAL STUDY, REGULATORY STUDY, AND PROGRAM AND OUTREACH INTERACTIONS NEEDED TO PREPARE A HIGH-QUALITY PROPOSAL TO SERVE AS THE SII-NRDZ-EEL. IF SELECTED AS THE SII-NRDZ-EEL, THE MITRE CORPORATION ENVISIONS BUILDING INFRASTRUCTURE AS A SERVICE THAT WILL ACCELERATE THE PACE OF RESEARCH AND FIELD TRIALS IN SPECTRUM SHARING. THIS INFRASTRUCTURE IS CALLED ?NRDZ-AS-A-SERVICE? (NAAS). NAAS WILL SERVE AS THE PLATFORM FOR MATURING SPECTRUM-SHARING RESEARCHERS? SOLUTIONS, FOR TRANSITIONING IMPLEMENTATIONS FROM LABORATORY TESTING TO LARGE-SCALE FIELD TRIALS, AND FOR RAPIDLY CONDUCTING REPEATABLE EXPERIMENTS AT MULTIPLE FIELD TRIAL SITES. NAAS WILL PROVIDE RESEARCHERS THE CAPABILITY TO CONSTRUCT CUSTOM DYNAMIC SPECTRUM SHARING APPROACHES THAT INTERACT WITH SPECTRUM USERS THROUGH STANDARD INTERFACES. IN THE TECHNICAL STUDY PORTION OF THIS PROJECT, MITRE PERFORMS INITIAL DESIGN OF NAAS SERVICES AND INTERFACES, PROTOTYPES A REPRESENTATIVE NAAS TO DEMONSTRATE ITS CAPABILITY, AND INVESTIGATES ARCHITECTURAL QUESTIONS RELEVANT FOR FUTURE SPECTRUM SHARING DEPLOYMENTS. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.

THE MITRE CORPORATION (MITRE) IS PLEASED TO SUBMIT THIS PROPOSAL TO SUPPORT THE NATIONAL AERONAUTICS AND SPACE ADMINISTRATION (NASA) WITH SPECIALIZED

TO PROVIDE TECHNICAL ASSISTANCE AND ACCESS TO ITS ADVERSARIAL THREAT LANDSCAPE FOR ARTIFICIAL INTELLIGENCE SYSTEMS (ATLAS) PROGRAM TO INTERNATIONAL ARTIFICIAL INTELLIGENCE (AI) DEVELOPERS FOR AI SECURITY RISK MANAGEMENT.

SGER: UTILITY AND USABILITY OF TEXT MINING FOR BIOLOGICAL CURATION

QUANTUM ALGORITHMS SPECIALIST WILL RESEARCH ON DEVELOPING LOW-LEVEL AND APPLICATION-LEVEL BENCHMARKS AND MODELS FOR TESTING NEAR-TERM QUANTUM COMPUTERS ADVISE GRADUATE STUDENTS ON QUANTUM ALGORITHMS

RAPID DETECTION OF E. COLI CONTAMINATION ON LEAFY GREENS USING INDOLE AS A SENTINEL INDICATOR

COLLABORATIVE RESEARCH: PLANNING: CENTER FOR AGGRESSION AND VIOLENT BEHAVIOR PLANNING GRANT -MANY PROFOUND CRISES FACED BY OUR SOCIETY ARE TIED TO AGGRESSION AND VIOLENT BEHAVIOR (AVB) INCLUDING, BUT NOT LIMITED TO, BULLYING, INTIMATE PARTNER VIOLENCE, SEXUAL HARASSMENT TERRORISM AND MASS SHOOTINGS. THE IMPACT OF AGGRESSION AND VIOLENT BEHAVIOR IS FELT ACROSS DIFFERENT CONTEXTS (E.G., IN HOMES, AT WORKPLACES, AND IN PHYSICAL AND ONLINE COMMUNITIES) AND AMIDST VARIOUS DAILY ACTIVITIES. THIS AWARD SUPPORTS PLANNING FOR A CENTER TO ADDRESS NEGATIVE IMPACTS OF AGGRESSION AND VIOLENT BEHAVIOR VIA INTERDISCIPLINARY RESEARCH. SPECIFICALLY, THE PLANNED CENTER HAS TWO PRIMARY GOALS: (1) INTEGRATE AVB KNOWLEDGE FROM MULTIPLE PERSPECTIVES, AND (2) TRANSLATE THAT KNOWLEDGE BASE INTO MEANINGFUL INTERVENTIONS THAT REDUCE AVB IN SOCIETY. THIS PROJECT SYNTHESIZES INSTITUTIONAL, DISCIPLINARY, AND CONTEXTUAL KNOWLEDGE FROM A RANGE OF PERSPECTIVES INCLUDING ACADEMIC RESEARCHERS, NON-PROFIT FOUNDATIONS, NOT-FOR-PROFIT ORGANIZATIONS, PRIVATE SECTOR REPRESENTATIVES, GOVERNMENT LEADERS, AND THE PUBLIC. THIS KNOWLEDGE PROVIDES INSIGHT INTO THE POTENTIAL CATALYSTS FOR, AND EFFECTS OF AVB. THE PROJECT INVESTIGATES UNDER WHAT CIRCUMSTANCES INDIVIDUALS ARE RISK OF BECOMING A VICTIM TO AVB AND SITUATIONS THAT ARE MORE OR LESS LIKELY TO SPARK AVB. THIS SCIENCE-BASED APPROACH TO UNDERSTANDING AGGRESSION AND VIOLENT BEHAVIOR ENABLES THE DEVELOPMENT OF TIMELY, RELEVANT, AND IMPACTFUL INTERVENTIONS FOR THE PEOPLE AND GROUPS WHO MOST NEED IT. THIS PROJECT DEVELOPS A TAXONOMY OF INTERVENTION MODELS FOR THE REDUCTION OF AGGRESSION AND VIOLENT BEHAVIOR. EXTERNAL INTERVIEWS WITH NETWORK PARTNERS, INCLUDING EDUCATORS, ADMINISTRATORS, POLICY-MAKERS, NON-PROFIT VOLUNTEER ORGANIZATIONS, AND LAW ENFORCEMENT AGENCIES ARE USED TO IDENTIFY CONNECTIONS BETWEEN AVB AND CRITICAL SOCIETAL CONCERNS. RESEARCH ACTIVITIES ARE INFORMED BY ENGAGEMENT WITH EXTERNAL PARTNERS SO THAT SCIENCE PRODUCTION INFORMS PRACTICAL APPLICATIONS. THROUGHOUT EACH OF THESE DEVELOPMENTAL STEPS THERE IS AN EMPHASIS ON THE MANIFESTATIONS OF AVB ACROSS DIFFERENT CONTEXTS (E.G., FAMILY, SCHOOL, AND WORKPLACE), TIMEFRAMES (E.G., SHORT, SUCH AS MINUTES, TO LONG, SUCH AS MONTHS), AND LEVELS OF ANALYSIS (E.G., EVENT, INDIVIDUAL, GROUP, AND SOCIETY). THIS INTEGRATION IS BOLSTERED BY THE INCLUSION OF DISPARATE METHODOLOGICAL APPROACHES INCLUDING THE USAGE OF WEARABLE SENSORS, GEOGRAPHICAL MODELING AND COMPUTATIONAL MODELING. THE RESEARCH PROJECT CLOSES THE GAP BETWEEN SCIENCE AND PRACTICE BY FOCUSING RESEARCH PLANS ON ISSUES AND TOPICS INFORMED BY DEEP COMMUNITY ENGAGEMENT WITH PARTNERS FROM DIVERSE SEGMENTS OF SOCIETY. THIS AWARD REFLECTS NSF'S STATUTORY MISSION AND HAS BEEN DEEMED WORTHY OF SUPPORT THROUGH EVALUATION USING THE FOUNDATION'S INTELLECTUAL MERIT AND BROADER IMPACTS REVIEW CRITERIA.- SUBAWARDS ARE NOT PLANNED FOR THIS AWARD.

GLYCOPROTEIN MICELLES FOR LIVE AGENT COLLECTION AND STABILIZATION