Philips / Sandia National Laboratory / IED Neutralization Technologies / Renewable Energy / ACS / Electron Reduced Density Matrix Based Electronic Structure Software / /
Currency
USD / / /
Event
FDA Phase / /
Facility
University of Maryland / / /
IndustryTerm
vapor phase processing techniques / medical imaging / Chaotic devices / free carrier concentration / carrier transport region / technology readiness level / chaotic dynamical systems / energy deposition / brass-board secure network systems / developed technology / energy use / vapor production technology / low dimensional devices / civilian applications / imaging / electronic and photonic chaotic devices / conventional digital technology / pulsed power systems / manufacturing processes / technology transition / manufacturing process / energy / metal / with other peripheral device / deep-space communications / potential applications / sensor networks / optic based telecommunications / assistance services / coherent communications / long coherence length propagation laser applications / mixed-signal applications / telecommunications / personal circadian rhythm regulation device / feedback and monitoring tools / acoustics modeling software / useable high voltage applications / vehicle technologies / wearable/embedded device technologies / civilian security applications / frequency circuit applications / lowest-density structural metal / manufacturing / sensor systems / technology roadmap / chaotic systems / data gathering software / candidate material product / external laser systems / quantum computing / chemical bonds / photonic devices / pressurized gas / steel / millimeter wave imaging / reproducible device / passive tracking technologies / sub-systems / digital electronics / metal dichalcogenide / transistors fabrication technology / pulse energy / analytical tools / large networks / compressive imaging / alloy processing / low cradle-to-gate energy usage / minimal post-processing / ladar systems / oil / regulation device / secure network technology / carrier mobility / informational systems / metal evaporation / dimensional technology / thermal processing / bandwidth communication systems / chemical and biological species / emerged putting hardware / spectroscopic systems / secure communications / ultrafast laser technology / airborne-based solution / fiber laser technologies / metal-matrix composites / integrated circadian rhythm regulation device / metal vapor / coherent ladar systems / chaotic device / armor applications / electronics / metal surfaces / characterization tools / high energy / terahertz imaging / stand-alone product / submission site / wearable device / dense media / telecommunications systems / /
OperatingSystem
Fermi / /
Organization
DoD STTR / University of Maryland / Armament Research and Development Command / Department of Aerospace Engineering / Army / United States Army / DOE office of Energy Efficiency / United States Army Research Office / Specific Army / Army Medical Command / STTR Program Management Office / Oxford Univ. / Army STTR Program Office / National Aeronautics and Space Administration / Department of Defense / Army STTR / American Helicopter Society / /
Person
D. Janner / G. Della Valle / S. Longhi / P. Laporta / G. Galzerano / Bradley E. Guay / / /
Position
STTR Program Manager / contractor / contracting officer / Corporate Official / driver / program specialist / Manager P.O. Box / Surgeon General / Enable acoustics measurement forward / /
ARMY STTR 14.A PROPOSAL SUBMISSION INSTRUCTIONS