3. Technology Needs for Future Missions, Systems, and Instruments

Papers

1. HiPTC a dual stage cryocooler for 10K-40K cooling of science payloads

2. Design and development of vine robot for the exploration of Mars and Titan.

3. The Method and Result of the Center of Mass Calibration of “Taiji-1” during Its Extended Tasks

4. Design and Testing of a 3U CubeSat to Test the In-situ Vetoing for the nuSol Solar Neutrino Detector

5. Performance and Characteristics of the New Tesseract High-Stability Magnetometer Design for Applications on Magnetospheric Science Missions

6. Optical coating heritage & technology advancements for space exploration

7. SPICA – A Space Infrared Telescope: Technical Challenges for Platform to support High-performing Infrared Telescope

8. The Arcanum Telescope: A space observation platform on the outer solar system

9. SEA SLUGG - Student Experiment Again: Submarine Launched into µGravity from Gdansk

10. Development and Suborbital Validation of Technologies for Direct Imaging of Nearby Exoplanetary Systems in Reflected Visible Wavelengths

11. An Emerging Hybrid Technology Toward Ultra-light & Self-correcting “Live” Mirrors, Dedicated to Imaging Exo-planets – The ELF Project

12. The ELF project: Performance of an extreme adaptive optics system compensating for atmospheric turbulence, cophasing a diluted pupil and performing dark hole coronography in order to reach high contrast exoplanet direct detection

13. Defining the solution space for autonomous control of in-situ astrobiology missions