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

Papers

1. Observing at 1.4 GHz With the Sharjah New 40-m Radio Interferometer

3. An Optimization Algorithm of Baseline Density Distribution for An Ultra-long Wave Astronomical Observation Array

4. tesseract: a nanosatellite-scale, high-stability fluxgate magnetometer for constellation cissions

5. Development of a Penetrating particle ANalyzer for high-energy radiation measurements in deep space and interplanetary missions

7. Wavelength Calibration of the Full-sun Ultraviolet Rocket SpecTrograph (FURST)

8. Stratospheric balloons as a complement to the next generation of astronomy missions

9. Requirement Analysis and Preliminary Design of Control System for ATP Phase of TianQin Mission

10. The Drag Free Control Strategy Design of “Taiji-1”——The First Experimental Verification Satellite for Chinese Space-based Gravitational Wave Detection

11. extended observer and output feedback control for the preliminary design of tianqin two-test-masses drag-free and attitude system

12. Quantum Computing and LIGO