| | Tuesday – November 17th, 2015
Mirror Tech/ SBIR/ STTR Workshop 2015 | |
| # | Presenter | Title | Org |
| | Government Technology Needs (OPEN) | |
| 00 | Stahl | Welcome | NASA |
| 01 | Hertz | Astrophysics Division Technology Needs | NASA |
| 02 | Siegler | Exoplanet Technology Needs | JPL |
| 03 | Seery | COR & PCOS Technology Needs | NASA |
| 04 | Bolcar | LUVOIR Technology Needs | NASA |
| 05 | Max | WFIRST Technology Needs | |
| | SBIR Workshop (OPEN) | |
| 06 | Lewis | NASA SBIR Program | JPL |
| 07 | Shaklan | SBIR Topic S2 Need overview | JPL |
| 08 | Stahl | Subtopic S2.03 Advanced Optical Systems & Fabrication/Testing/Control Technologies for EUV/Optical & IR | NASA |
| 09 | Shiri | Subtopic S2.04 X-Ray Mirror Systems Technology, Coating Technology for XRay-UVOIR & Free-Form Optics | NASA |
| | SBIR Commercialization Success Story (OPEN) | |
| 10 | Genberg | SigFit Optomechanical Analysis Software, an SBIR success story | Sigmadyne |
| 11 | Nelson | Optimax SBIR commercialization success | Optimax |
| | SBIR Infusion Success Story (OPEN) | |
| 12 | Lourie | The BLAST-TNG telescope for high-resolution balloon-borne submillimeter polarimetry | U Penn |
| | Telescope technology (OPEN) | |
| 13 | Breckinridge | High transmittance UVOIR Space Telescope prime focus concepts & technologies | BA |
| 14 | MacEwen | Infrastructure for a permanent LUVOIR Observatory in Space | Reviresco |
| 15 | Lillie | Designing for On-Orbit Assembly and Servicing | LC |
| | Capability Review (OPEN) | |
| 16 | Young | Optics Capability at Marshall Space Flight Center | NASA |
| | Mission Concept Studies (OPEN) | |
| 17 | Stahl | ATLAST-12 Mission Concept Study | NASA |
| | Optical Coatings (OPEN) | |
| 18 | Quijada | WFIRST Prototype Filter Optical Characterization | NASA |
| 19 | Sheikh | Low-Stress Silicon Cladding for Surface Finishing Large UVOIR Mirrors | ZeCoat |
| 20 | Hagopian | Nanotube Black Coatings to suppress straylight and diffraction | General Nanophotonics |
| | Optical Design (OPEN) | |
| 21 | Schiesser | Tools for Visualizing the Solution Space for Freeform Three-Mirror Anastigmats | UoR |
| | Optical Manufacturing (OPEN) | |
| 22 | Tricard | Optics manufacturing at the sub-nanometer level | Zygo |
| | Monday – November 18th, 2015
Mirror Technology (OPEN) | |
| 23 | Jensen | Lightweight, Scalable Manufacturing of X-ray Telescope Optics | ReliaCoat |
| 24 | Chen | Smart materials optical mirrors | Lightweight Telescopes |
| 25 | Hardesty | Matching NiP on Be-38Al for Low Temp Mirrors | Peregrine |
| 26 | Easter | Ultra-low Cost Lightweight, Molded, Chalcogenide Glass-Silicon Oxycarbide Composite Mirror Components | Semplastics |
| 27 | Sawyer | Heraeus Quartz Glass Opaque Fused Silica Optical Diffuser | Heraeus |
| 28 | Casstevens | Additive Manufactured Very Light Weight Diamond Turned Aspheric Mirror | DOS |
| 29 | Goodman | T300HoneySiC: A New Zero-CTE CMC | Trex |
| 30 | Goodman | Solid State Bonded CVC SiCR for Large UVOIR Telescope Mirrors and StructuresSolid State Bonded CVC SiCR for Large UVOIR Telescope Mirrors and Structures | Trex |
| 31 | Medicus | Freeform Advances at Optimax, Manufacturing and Measurement | Optimax |
| 32 | Medicus | Additive Manufacturing for Lightweight Mirrors | Optimax |
| 33 | Eng | Additive manufacturing of lightweighted mirrors | NASA |
| 34 | Sweeney | Application and Testing of Additive Manufacturing for Mirrors and Precision Structures | GD |
| | Optical Fabrication Technology (OPEN) | |
| 35 | Mohring | Optical Surface Results utilizing the 5 and 6-Axis UltraForm Finishing Platforms | OptiPro |
| 36 | Alberts | Abrasive waterjet core cutting of ULE | Ormond |
| 37 | Han | Tool Influence Function (TIF) characteristics of SiC mirrors | KASI |
| | Optical Metrology Technology (OPEN) | |
| 38 | Yashchuk | InTILF Method for Analysis of Polished Mirror Surfaces: Current Status and Plans | LBL |
| 39 | DeFisher | Non-Contact Metrology of Freeform Surfaces | OptiPro |
| 40 | Ebersole | High Performance Computing (HPC) Accelerated Inverse Deflectometry for Mirror Segment Metrology | SURVICE Eng |
| | AMTD-II (OPEN) | |
| 41 | Stahl | Overview & Status | NASA |
| 42 | Stahl | Coronagraph WFE Stability Modeling | NASA |
| 43 | Brooks | Thermal Stability Modeling | NASA |
| 44 | Eng | Test plan and status | NASA |
| 45 | Arnold | AMM Status and Point Design | NASA |
| | Tuesday – November 19th, 2015
Exoplanet Exploration Program (ExEp) Technology (OPEN) | |
| 46 | Lyon | Visible Nulling Coronagraph | NASA |
| 47 | Shaklan | Coronagraph Modeling Validation | JPL |
| 48 | Warwick | Optical Performance Demonstrations of a Starshade in the Field | NGA |
| 49 | Kim | Design of a starshade at flight Fresnel numbers in the lab | Princeton |
| 50 | Shaklan | Starshade Technology Status | JPL |
| 51 | Demers | Technology Development for the First High-Contrast Space Coronagraph – WFIRST | JPL |
| | Deformable Mirror Technology (OPEN)
| |
| 52 | Cornelissen | Advancements in MEMS deformable Mirrors | BMM |
| 53 | Helmbrecht | MEMS Deformable Mirror Development at Iris AO | Iris AO |
| | ITAR TECHNOLOGY SESSIONS
Deformable Mirror Technology (ITAR) | |
| 54 | Wu | State of Art Driver ASICs for Advanced Deformable Mirrors | Microscale |
| | Space Qualification Testing (ITAR) | |
| 55 | McCarter | Single Crystal Silicon SBIR Technology Infusion for Space Debris Mitigation | McCarter |
| | Image Processing (ITAR)
| |
| 56 | Catanzaro | Wavefront coding to relax opto-mechanical tolerances | CFE |
| | Mirror Technology (ITAR) | |
| 57 | Wilson | Cryo-Vac Testing of Large Autocollimating Flats for JWST Using a Skip Test | Harris |
| 58 | Egerman | AMTD-2: Scaled down UVOIR mirror design and fabrication status | Harris |
| 59 | Mooney | Advanced Mirror Construction for short cycle time, low cost, high precision mirrors | Harris |
| 60 | Goodman | Nicalon/HoneySiC: A New Zero-CTE CMC for Missile Defense | Trex |
| 61 | Styer | Trex CVC SiCR SM-3 Thermally Insensitive Silicon Carbide Telescope | Trex |
| | Mission Concept Studies (ITAR) | |
| 62 | Feinberg | ATLAST-9.2m Stability Architecture Update | NASA |
| 63 | Eisenhower | ATLAST ULE mirror segment performance analytical predictions based on thermally induced distortions | SAO |
| | JWST(ITAR) | |
| 64 | Atkinson | JWST OTE Status | NGC |
| 65 | Greenhouse | JWST Science Instrument Payload: Science Context and Status | NASA |
| 66 | Daly | JWST Integration Status | Harris |
| 67 | Feinberg | JWST Pathfinder Optical Results | NASA |
| 68 | Arenberg | JWST Sunshield Status | NGC |
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