All verified mentions of this organization in source documents.
The University of Tokyo Graduate School of Science PhD candidate Fumihiro Naokawa led the project on phase ambiguity of cosmic birefringence.
Rakuten Mobile, Inc. and the University of Tokyo were selected by the Japan Aerospace Exploration Agency to lead an R&D project under the Space Strategy Fund.
Rakuten Mobile and the University of Tokyo began joint research and development into ultra-coverage IoT in November 2021.
Seck was selected for the Space Strategy Fund Project (Phase 2) on February 10, 2026 with the University of Tokyo as the lead institution and partners including Ritsumeikan University.
Pale Blue will begin development of an ultra-small inter-orbit transfer vehicle in partnership with the University of Tokyo.
Hideo Itokawa at the University of Tokyo began a rocketry project in the early 1950s with rockets the size of a pencil that evolved into the Institute of Space and Astronautical Science (ISAS).
Scientists from the University of Tokyo produced high-quality measurements of how solar ejecta evolves as it moves away from the sun.
Tellus signed a joint research contract with the Graduate School of Advanced Studies, University of Tokyo on December 1, 2025, aimed at developing foundational technologies for AI agents that realize autonomous information extraction and decision support in satellite data analysis.
The seismic sensors for the South Pole Seismic Station will be developed and provided by CNES and IPGP, while JAXA will provide a Portable Active Seismic Source (PASS) to precisely explore the shallow subsurface structures near the lunar lander, collaborating with the University of Tokyo.
A team led by PhD student Yugo Kawai and Assistant Professor Akihiko Fukui at the Graduate School of Arts and Sciences, the University of Tokyo, proposed a new way to distinguish migration histories of planets.
A team including Professor Kenneth Wong and Eric Paic at the University of Tokyo's Research Center for the Early Universe applied time-delay cosmography to eight strong gravitational lens systems.
Taki Town, led by Mayor Kubo Yukio, launched the 'Taki-VISON Open Lab' project on November 28, 2025, in collaboration with the University of Tokyo's Mobility Innovation Consortium and Vision Taki Corporation.
Using new data from NASA's Fermi Gamma-ray Space Telescope, Professor Tomonori Totani at the University of Tokyo identified gamma rays extending in a halo-like structure from the center of the Milky Way.
The new customers include the University of Tokyo, Fulton Science Academy in the United States, and Lothan Space in the United States.
Verification runs were completed using RIKEN's Fugaku supercomputer and the Miyabi system at The University of Tokyo.
Furukawa Electric Co., Ltd. and the University of Tokyo announced plans to launch the verification satellite 'Funade' in October 2026.
The Funade satellite will conduct orbital verification of Furukawa Electric's artificial satellite components and fundamental operations for formation flight research by the University of Tokyo.
Furukawa Electric and the University of Tokyo established a social collaboration course in April 2023 focused on the design and development of small and very small satellites and related components.
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 establishment of a collaborative course on 'Creating Business Ecosystems for Small and Ultra-Small Satellites' was announced on November 5, 2025, by Furukawa Electric and the University of Tokyo's Graduate School of Engineering.