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The Ulysses spacecraft, developed by Paul Lim and Brittany Griner, is a reliable, radiation-resistant, and spin-stabilized research vessel weighing approximately 370 kg (814 pounds). Designed with a box-like main structure measuring 1.65 meters and equipped with an Earth-pointing antenna, Ulysses set out to explore uncharted territories above the Sun's poles for the first time. Its scientific objectives include studying the Jovian magnetosphere during a flyby of Jupiter and detecting cosmic gamma-ray bursts, providing valuable insights into solar wind speed, magnetic field strength, and cosmic ray diffusion.
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Ulyssess By: Paul Lim and Brittany Griner
SPACE CRAFT • Reliable, radiation resistance, and spin stabilized • Approximately 370kg (814 pounds) • Box-like main structure 1.65 meter • Earth pointing antenna • Energy requirement
Scientific objectives • Explore the region of space above the poles of the Sunfor the first time. • Study of the Jovian magnetosphere during the Jupiter flyby • the detection of cosmic gamma ray bursts
The Result • Solar wind speed • Solar magnetic field strength • Compositional differences of fast and slow streams • Diffusion of cosmic rays in the heliosphere