| | Paper Title | Author Name |
1. | A Brief Comment on the Future of Optical/Infrared Telescopes | Alan M. Levine |
2. | A Few Thoughts on the Wisdom of Systematic and Consistent Funding of Technology Development for Larger Missions | Ralf Heilmann |
3. | A Soft X-ray Polarimeter | Herman Marshall |
4. | Actuated Hybrid Mirror Technology: Large Optics Working Group (LOWG) | Howard A. MacEwen |
5. | Adaptive Optics for Radio Interferometers | David Woody |
6. | Advanced Data Products for the Next Decade | Stefano Casertano |
7. | Advanced Scintillators and Readout Devices for High-Energy Astronomy | Peter F. Bloser |
8. | Ares V: New Opportunities for Scientific Payloads | Steve Creech |
9. | Center for Research on Experimental Satellite Technology: A position paper | Supriya Chakrabarti |
10. | Charge-caching photo-detectors for high accuracy solar magnetic field measurements | David Elmore |
11. | Coherent Detector Arrays for Millimeter and Submillimeter Astronomy | Paul Goldsmith |
12. | Comparison of optical observational capabilities for the coming decades: ground versus space | Matt Mountain |
13. | Cooling Systems for Far-Infrared Telescopes and Instruments | Warren A. Holmes |
14. | Deployment of low-cost replicable laser adaptive optics on 1-3 meter class telescopes | Christoph Baranec |
15. | Development of an 'all-digital' IF chain | David Woody |
16. | Development of Atomic, Molecular and Optical Physics-Based Technologies for Reaching Ultimate Limits in the Fundamental Physics Experiments in Space | Nan Yu |
17. | Development of breakthrough technology for building next generation telescopes | Edward Kibblewhite |
18. | Development of Large Format Far-Infrared Detectors | Michael Ressler |
19. | Development of Low-Temperature Detectors For Generation-X and Other Missions Requiring High-Resolution, Large-Format, X-ray Detector Arrays | Simon Bandler |
20. | Development of optics for sub-micro-arcsecond angular resolution in the X-ray and gamma-ray domains | Gerry Skinner |
21. | Digital Instrumentation for the Radio Astronomy Community | Aaron Parsons |
22. | Durable, high-Efficiency COatings for Astronomical Mirrors | S. A. Shectman |
23. | Enabling future space telescopes: mirror technology review and development roadmap | Dave Baiocchi |
24. | Exploring Exoplanets from Near Space | Richard Lyon |
25. | Fully Automated Approaches to Analyze Large-Scale Astronomy Survey Data | Andrej Prsa |
26. | Generation-X Grating Array Technology Development | Randall L. McEntaffer |
27. | Ground-based Optical/Infrared Interferometry: High Resolution, High Precision Imaging | J. T. Armstrong |
28. | HgCdTe Optical & Infrared Focal Plane Array Development in the Next Decade | Donald N. B. Hall |
29. | In Support of Instrument Technology Development for THz Astronomy | A. R. Kerr |
30. | Large Focal Plane Arrays for Future Missions | Paul Scowen |
31. | Large Instrument Development for Radio Astronomy | J. Richard Fisher |
32. | Large Millimeter Telescope (LMT): an "Extremely Large Telescope" Platform for New Instruments and Large Surveys in the ALMA Era | Min S. Yun |
33. | Magnetic Bearing based cryo-mechanisms for future IR missions | T.C. van den Dool |
34. | Measurement Astrophysics (MAP) First Steps: A New Decade of Ground-based Photometric Precision and Accuracy | John T. McGraw |
35. | New Technologies for Exploring New Worlds | Sara Heap |
36. | Next Generation Radio Astronomy Receiver Systems | Matthew A. Morgan |
37. | Overview of Technologies for Direct Optical Imaging of Exoplanets | Marie B. Levine |
38. | Overview of Technology Development for the Phase-Induced Amplitude Apodization (PIAA) Coronagraph | Ruslan Belikov |
39. | Phased Array Feeds | J. Richard Fisher |
40. | Planetary system, star formation, and black hole science with non-redundant masking on space telescopes | Anand Sivaramakrishnan |
41. | Precision Attitude and Translation Control Design and Optimization | John Mester |
42. | Satellite-Mounted Light Sources as Photometric Calibration Standards for Ground-Based Telescopes | Justin Albert |
43. | Semiconductor Compton Imager and Polarimeter (SCIP) | Eric Wulf |
44. | Starshade Technology Development | Amy S. Lo |
45. | Superconducting Detector Arrays for Far-Infrared to mm-Wave Astrophysics | James Bock |
46. | Technology development for computational radio astronomy: 2010-2020 | Athol Kemball |
47. | Technology Development for Future Sparse Aperture Telescopes and Interferometers in Space | Kenneth G. Carpenter |
48. | Technology Development for Modular Gravitational Reference Sensor (MGRS) | Ke-Xun Sun |
49. | Technology Development for Space Time Asymmetry Research (STAR) | Ke-Xun Sun |
50. | Technology Development for the Lunar Radio Array | Joseph Lazio |
51. | Technology Development for Third Generation Ground-based Gravitational Wave Detectors | Stan Whitcomb |
52. | Technology Development Toward Imaging and Spectroscopy of Exo-planets via Visible Nulling Coronagraphic Techniques | Michael Shao |
53. | Technology for a Mid-IR Flagship Mission to Characterize Earth-like Exoplanets | Peter R. Lawson |
54. | Technology Investments to Meet the Needs of Astronomy at Ultraviolet Wavelengths in the 21st Century | Kenneth Sembach |
55. | Telescope system unwanted polarization and its mitigation | James Breckinridge |
56. | The Cradle of Life: Imaging Galactic Chemistry | Glen Langston |
57. | The Current and Future State-of-the-art Glass Optics | Robert Egerman |
58. | The Importance of General Technology Development: The Example of the Critical-Angle Transmission Grating | Ralf Heilmann |
59. | The Next Generation of Photo-Detectors for Particle Astrophysics | Robert G. Wagner |
60. | The Role of the Virtual Observatory in the Next Decade | Roy Williams |
61. | The Role of the Virtual Observatory in the Next Decade | Roy Williams |
62. | THESIS - the Terrestrial and Habitable-zone Exoplanet Spectroscopy Infrared Spacecraft | Mark R. Swain |
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