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  • AFRL/RI Success Stories

    Advanced Capability for Understanding & Managing Effects Networks (ACUMEN): ACUMEN provides the capability to conduct near real-time effects-based plan status monitoring, plan forecasting and impact analysis, plan improvement recommendations, and plan re-apportionment.Air Space Cyber--User Defined

  • AFRL/RIB Division and Branch Offices

    AFRL/RIB - Strategic Planning & Integration DivisionMission StatementLeads strategic planning for the Directorate.  Responsible for development and oversight of the Directorate's strategic vision.  Cultivates integration, transfer and transition of S&T through corporate partnerships.Contact

  • AFRL/RIE Division, Branch and Section Offices

    AFRL/RIE - Intelligence Systems Mission StatementTo lead the discovery, development, and integration of affordable products addressing intelligence community technology requirements for our air, space, and cyberspace force. The division also conducts selected acquisition programs for low-volume,

  • AFRL/RIF Division and Branch Offices

    AFRL/RIF DIVISION AND BRANCH OFFICESAFRL/RIF - Comptroller, Financial Management DivisionMission StatementThis office serves as financial advisor and counselor in business management matters to the director and staff. It also determines comptroller policies and procedures pertaining to the

  • AFRL/RIG Division, Branch and Section Offices

    AFRL/RIG - Information Warfare Division Mission Statement Lead research, development, and integration of affordable information warfare technologies for transition to our air, space, and cyberspace forces.Contact Information: Email: RIG@us.af.milPhone: (315) 330-4819DSN: 587-4819Fax: (315)

  • AFRL/RIK Division and Branch Offices

    AFRL/RIK - Contracting Division Mission Statement Supports the Information Directorate by negotiating, awarding and administering contracts for research, development and systems; assistance instruments to support and stimulate research for the public good; and purchase orders, contracts and other

  • AFRL/RIO Division, Branch and Section Offices

    AFRL/RIO – Integration & Operations DivisionMission StatementSustain and support installation operations for the Rome Research Site community by delivering quality facilities, environmental services, communication and information systems, logistics activities, force protection, and human resource

  • AFRL/RIS Division, Branch and Section Offices

    AFRL/RIS - Information Systems DivisionMission StatementTo lead research, development, prototyping and demonstration of innovative technologies and systems that advance understanding and application of technologies to enable joint all-domain command and control for Department of the Air Force and

  • AFRL/RIT Division and Branch Offices

    AFRL/RIT - Computing & Communications DivisionMission Statement To explore, prototype, and demonstrate high-impact, game changing computing, communications and networking technologies that enable the Air Force and Nation to maintain its superior technical advantage.Contact Information: Email:

  • AFRL/RITQ - Atomic Clocks & Timing

    AFRL’s Quantum Sensing & Timing (QST) group looks into the development of advanced atomic clocks to further improve time measurements and investigates ways to use and distribute the precise time.

  • AFRL/RITQ - Integrated Photonics and Photon Qubits

    The mission of the AFRL's Quantum Information Processing Group is to generate, manipulate/process, distribute and analyze quantum entanglement both locally and distributed over processing nodes in a quantum network consisting of photon-based and memory-based quantum bits.

  • AFRL/RITQ - Ion References and Useful Links

    TRAPPED ION GROUPS AROUND THE WORLDNorth America:David Hanneke (Amherst College) Be+Hartmut Haffner (Berkeley) Ca+, e-Steven Olmschenk (Denison University) Ba+, La+2Ken Brown (Duke) Ca+, Yb+, B+, molecular ionsJungsang Kim (Duke) Ba+, Yb+Chris Monroe (Duke) Ba+, Yb+Michael Chapman (Georgia Tech)

  • AFRL/RITQ - Levitated Optomechanics

    AFRL’s Quantum Sensing & Timing (QST) group seeks to use optically-levitated nanoparticles to develop solutions for critical problems in navigation and communication. The focus is on employing cutting-edge physics to develop sensors that are functional in a wide variety of situations.

  • AFRL/RITQ - Photonic Microcombs

    Photonic integrated circuits (PICs) will play a key role in transitioning quantum-enabled technologies beyond the laboratory. While photonic components in the telecommunication bands are relatively commonplace, the infrastructure supporting other wavelengths is relatively lacking. To advance this

  • AFRL/RITQ - Photonics Publications

    PUBLICATIONSREFEERED:QIS Publications 20212021: Journal Publications1. R.J. Birrittella, P.M. Alsing, C.C. Gerry, "The parity operator: Applications in quantum metrology", AVS Quantum Sci. 3, 014701 (2021).2. P.L. Kaulfuss, P.M. Alsing, E.E. Hach, III, A.M. Smith, and M.L. Fanto, "Direct

  • AFRL/RITQ - Quantum Algorithms

    The AFRL Quantum Algorithms group explores the design and application of quantum algorithms across research topics such as quantum optimization, algorithms, and quantum machine learning. The team also utilizes noisy, intermediate-scale quantum (NISQ) devices.

  • AFRL/RITQ – Quantum Information Science & Technology

    AFRL/RITQ - Quantum Networking and Computing• Integrated Photonics and Photon Qubits• Quantum Algorithms• Superconducting and Hybrid Quantum Systems• Trapped IonsContact Information: Email: ri.quantum.gov@afrl.af.milAFRL/RITQ - Quantum Sensing and Timing• Atomic Clocks and Timing• Levitated

  • AFRL/RITQ - Superconducting and Hybrid Quantum Systems

    The superconducting and hybrid quantum systems team at AFRL’s Information Directorate in Rome, New York seeks to develop novel superconducting architectures and cross-modality quantum interface hardware as building blocks for use in quantum networking nodes.

  • AFRL/RITQ - Trapped Ions

    AFRL’s trapped ion team investigates quantum mechanics and quantum information science with the long-term goal of constructing a quantum network made for processing and transmitting quantum information. Quantum networks can be used for a variety of tasks including secure communication, a network of

  • AFRL/RITQ - UltraCold Atoms

    AFRL’s Quantum Sensing & Timing (QST) group seeks to take advantage of Nobel-Prize winning cold-atoms physics and related techniques to develop solutions for critical DoD problems in positioning, navigation and timing.

  • AFRL/RQ Facilities

    WRIGHT-PATTERSON AIR FORCE BASE FACILITIES Advanced Instrumentation Lab Mach 3 High Reynolds Number Facility Aerospace Power Materials and Components (APMC) Lab Mach 6 High Reynolds Number Facility Combined Environment Acoustic Chamber (CEAC)

  • AFRL/RY - COMPASE

    COMPASE (COMPrehensive Assessment of Sensor Exploitation) Center is the technical program of AFRL/RYAA. For layered-sensing technology, the COMPASE Center provides services that develop, maintain and communicate to leadership our understanding of the state-of-the-art and art-of-the-possible. The

  • AFRL/RY - COMPASE - Modeling and Simulation

    MissionLeverage commercial video game technology to support the Air Force mission across all domains. VisionLeverage gaming technology to support campaign and mission level sensor performance analysis in conjunction with traditional M&S tools.M&SModeling and Simulation can be viewed as either a

  • AFRL/RY - COMPASE - Sensor Data Management System

    MissionProvide centralized data management support to the sensor exploitation research and development community throughout the Department of Defense. For over ten years the AFRL sponsored Sensor Data Management System (SDMS) program has been committed to facilitating data sharing and collaboration