PPD Divisional Master Planning Task Force (aka. the PPD Facility Decadal Survey)

1. PPD Divisional Master Planning Task Force (aka. the PPD Facility Decadal Survey) • The Charge • Qualities of a Great Facility • The Outcome of this Task Force • Our Current Facilities

2. The Charge to Our Science Advisors • What are the up-and-coming critical experiments within PPD’s • mission for the next Decade ? • High Energy Frontier Whitmore, Lipton, Liu • High Intensity Frontier • (Precision Physics) Casey, Brice, Plunkett • Cosmic Frontier Estrada, Bauer, Ramberg • Anybody can chose to consider any frontiers • What facilities do we no longer need ? • What facilities should we develop ? Consider the price range $2M - $50M.

3. Qualities of a GREAT Facility (our take) • Is recognized as leader in the field • Is unique • Is collaborative with qualified university community and other labs • Is State-of-the Art and designed by professionals • Provides training and is sustainable for future generations • Has an intellectually vibrant and healthy working environment

4. A Possible Outcome of this Task Force • A set of recommendations to Mike. • Approval from Mike to proceed with FESS-level conceptual development. • Directorate Approval and Funding for Construction.

5. Current Engineering and Technical Facilities in PPD Analysis and Design Tools Miniature Assembly Large Scale Assembly Precision Inspection Device Fabrication Specialty Environment 6 Categories (my own organization)

6. Miniature Assembly Tool Science Application Location small electrical circuit assembly Surface Mount Lab CMS Pick-and-Place Robot General Purpose Automated Pick-and-place machine (new) Automated Wire bonding Machines Multi-purpose R&D bonding machine (new) R&D Flip-Chip Bonder EED production silicon detector assembly Site 38 Storage Sidet Lab D production silicon detector assembly QUIET W-band module assembly Sidet Lab D Mass production of high density, low power, low impedance electrical interconnect R&D for high density, low power, ultra-low impedance electrical interconnect, including 3D circuitry Sidet Lab D R&D for 3D circuit assembly Sidet Lab D

7. Analysis and Design Tools Software Tools Location Science Application MD AutoCAD, NX I-DEAS Ansys Software “Spice” Simulation ADS-Designer HFSS Mechanical Design Stress/Strain and Thermal Analysis MD EED Electrical Circuit Design and Analysis AD/TD 3D EM Field Simulation

8. Large Scale Assembly Tool Science Application Location Wideband, Lab 6 CDF, D0 Large Area Work Spaces Assembly Areas for Neutrino Detectors Lab A CDF, D0 High Ceiling Work Space DECAM Telescope Simulator Staging of Large Detectors High Load (>5T) Crane CDF,D0, Numi

9. Precision Inspection Tool Science Application Location Optical inspection tools (stereo microscopes) Sidet Lab C Sidet Lab D Silicon Detector Assembly Small Volume Coordinate Measurement Machines Sidet Lab C Sidet Lab D Lab 3 Silicon Detector Assembly Small Detector Assembly Alignment of Magnets Determination of beam lines Alignment and metrology group Large Volume Coordinate Measurement Machines QA of dies and high-density electrical interconnect. R&D for 3D circuitry Electrical Probe Stations Electrical Engineering Department (14th flr) Sidet Lab D

10. Device Fabrication Tools Carbon Fiber Layup Facility Chamber Winding Facility Thin Film Vacuum Deposition Plastic Extrusion Facility Wafer Dicing Facility Plastic Polishing Facility Large and oil-free volume automated facility for cutting and routing of synthetics 3D printer (proposed) Science Application Low mass and high-strength detector support structures Drift and MWPC chambers for experiments and beam lines Coatings for fibers and cathodes Scintillator for HEP Hybrid detector R&D Scintillator, fiber, connector polishing for HEP Scintillator for HEP, panels and other large structures (e.g. NOVA prototyping, and CMS end-cap panels) R&D and prototyping of complex 3D structures

11. Specialty Environment Tools Science Application Location Vacuum Bake out Facility Plasma Cleaning Facility Temperature and Humidity Controlled Clean rooms Vacuum Environment (pumps) Thermal Control Environment (Chillers) ESD-mitigated Environment Ultra cold Environment (Cryocoolers) Low Radioactivity Environment Water Purification Facility High magnetic field Environment High Airflow and VOC removal environment SCRF Cavity Baking Silicon Hybrid detector assembly Silicon detector assembly Dark Matter detector assembly Fiber mirroring, and thermal insulation for cold detectors (e.g. CCD, dark matter, CMB) Cooling for high power detectors Cooling for radiation resistance CCD and other ESD-sensitive electronics Low Noise Electronics for Dark Matter experiments Dark Matter experiments Dark Matter experiments LHC detector R&D Working with VOC-emitting adhesives