Jupiter possesses an exceptionally strong magnetic field, and within its magnetosphere lies a vast distribution of plasma released...
Jupiter’s magnetosphere is characterized by its rapidly rotating, powerful magnetic field and plasma originating from its moons. Sulfur...
Jupiter’s polar regions exhibit auroral emissions with complex structures. The “footprint aurora” associated with Europa is a signature...
Exploring Titan’s Ionosphere Using Saturn’s Radio Emissions and Its Application to the JUICE Mission
In this study, we focus on the refraction of planetary radio emissions as they pass through the ionospheres...
Jupiter’s synchrotron radiation (JSR) is emitted from the high-energy electrons trapped in the Jupiter’s radiation belts. Its intensity...
I analyze the Martian atmosphere using observational data obtained by the near-infrared imaging spectrometer OMEGA onboard the European...
We are developing a near-infrared camera (TOPICS) and a high-dispersion Echelle spectrograph (wavelength resolution ~20,000) for near-infrared observations...
We observe auroral emissions from both space and ground, and combine them with satellites and ground-based radar to...
Venus is believed to have once possessed a substantial amount of water, but today it is an extremely...
Tohoku University utilizes a remotely controlled 60 cm aperture telescope (T60) located at the summit of Haleakalā, Maui,...
