All verified mentions of this organization in source documents.
The 'Funade' satellite will conduct orbital verification of components manufactured by Furukawa Electric and fundamental operational demonstrations of formation flight research by the University of Tokyo.
The panel discussion will be moderated by Hideaki Miyamoto, Director of the Space Resource Collaborative Research Institute at the University of Tokyo.
A free event will take place at the University of Tokyo's Yasuda Auditorium on November 22, 2025, requiring prior registration.
A panel discussion on space resources and capitalism will be held on November 21 and 22, 2025, at the University of Tokyo.
On October 2, 2025, Japan Radio Co., Spacetech Japan Corp., the University of Tokyo, and the National Institute of Information and Communications Technology successfully conducted a demonstration experiment of dynamic backhaul path switching and QoS control in a 5G network that includes GEO satellite links, LEO satellite links, and ground lines.
Pale Blue is a startup originating from the University of Tokyo that is developing electric thrusters using water as a propellant.
ArcEdge Space, a startup from the University of Tokyo, develops satellites for various applications including remote sensing, IoT communication, lunar infrastructure, and deep space exploration.
Pale Blue was spun out from the University of Tokyo in 2020.
Pale Blue was developed from the University of Tokyo in 2020.
Dr. Noguchi has held several positions after his career as an astronaut, including President of Mirai Space Co., Ltd. and Project Professor at the University of Tokyo.
Dr. Soichi Noguchi holds a bachelor's and master's degree in aeronautical engineering, and a doctorate in advanced engineering from the University of Tokyo.
Pale Blue is a space technology company spun out from the University of Tokyo in 2020.
Agasa Naito completed The University of Tokyo Executive Management Program (certified) in March 2022.
The 6U Sphere-1 satellite was developed by Sony in collaboration with the University of Tokyo and JAXA, with integration services provided through SpaceBD.
ArkEdge Space led a consortium including ispace, Mitsubishi Precision, Kiyohara Optics, KDDI Corporation, and the University of Tokyo to develop a concept of a lunar navigation satellite system, a lunar‑Earth communication system, and a development plan.
The University of Tokyo provided the satellite bus for the Star Sphere satellite.
The outer satellite bus of StriX-α was developed with Nakasuka and the Funase Laboratory of the University of Tokyo.
The University of Tokyo built the AQT-D cubesat equipped with an Aquarius water-fueled resistojet propulsion system.