“The Northern Lights are movies,” says Yoshifumi Saito from the Division of Solar System Sciences at ISAS. “They show the activity of the Earth’s magnetosphere; the region of space where you can feel the our magnetic field.”
“I’ve built my career on designing instruments you could put on the top of a rocket,” says Steve Squyres, Principal Investigator for the CAESAR mission. “But these all pale in comparison to what you can do in the laboratory.”
“You cannot sign an international collaboration agreement and expect everything to just work,” says Heather Enos, Deputy Principal Investigator for the NASA OSIRIS-REx mission. “Each country will have different policies that the teams have to be pro-active in navigating.”
On July 6th, twin press conferences ran in the Netherland and Japan. It was the final chance to take a peek at BepiColombo; a joint mission between ESA and JAXA to explore our Solar System’s innermost world, Mercury. But what can we learn from a planet that orbits so close to the roaring inferno of our Sun?
On September 14, 2007, the SELENE mission launched from Tanegashima Space Center to begin its one-year mission to understand the Moon’s origin, history, and resource potential for human exploration. SELENE, also known as Kaguya, was the largest lunar mission since Apollo, carrying 15 scientific instruments and two small microsatellites. After release from the main spacecraft, which orbited at an altitude of 100 km, the microsatellites entered elliptical orbits to provide communications for SELENE and enable accurate measurement of the Moon’s gravity field.
“Hitomi left us with homework,” explains Makoto Tashiro, sub-leader of the X-ray Astronomy Recovery Mission (XARM) pre-preparation team at ISAS. “I hope XARM will provide the solution."
From sample return with Hayabusa2 and the Martian Moons eXploration mission, through to our instruments onboard the ESA JUICE mission to the icy moons, we are tracing how water and organics flowed around the infant Solar System. Yet, visiting another world has serious risks. How can we ensure we do not contaminate our destination with microbes from Earth? Similarly, we may bring extraterrestrial life back to Earth that endangers our own environment.
With the Epsilon project, JAXA is aiming to significantly lower both the cost and preparation time needed for a rocket launch. It is an essential shift if space travel is to meet the demands from an increasing broader audience within industry and the private sector.
ISAS@JAXA is excited to announce a new mission to Mars to explore the red planet’s two moons and bring back a sample of moon material to Earth.
It is Dec. 7, 2015. We’re in Sagamihara, Japan, a little southwest of Tokyo. On a clear day like today, you can just make out the silhouette of Mount Fuji in the distance. We are standing outside of the control room of the Japanese Aerospace eXploration Agency (JAXA), watching as a spacecraft named Akatsuki is preparing for its arrival at Venus.
