Agence spatiale européenne
The European Space Agency (ESA) is an intergovernmental organization dedicated to space exploration, with 22 member states. Founded in 1975, ESA shapes Europe's space capabilities, ensuring investments in space deliver benefits to European citizens, working across the entire space sector. ESA develops and operates Earth observation, navigation, telecommunications, and astronomy satellites and sends probes to explore the solar system, partnering with agencies like NASA, JAXA and commercial partners like Airbus. Key programs include the development of launch vehicles like Ariane and Vega, the Galileo satellite navigation system, and missions like Rosetta and BepiColombo.
All verified mentions of this organization in source documents.
Sinibaldi and Paiva built a computer model to simulate spacecraft-borne contamination on the Moon using the European Space Agency's Argonaut mission as a case study.
Startups incubated at the new ESA-BIC centers will have access to office space either free of charge or on terms more favorable than market conditions.
NASA and the European Space Agency communicated with the Psyche spacecraft at a distance of 265 million kilometers using a dedicated transmitter and a 2.3-meter-diameter telescope.
The European Space Agency and Axelera AI formed a strategic partnership to integrate advanced artificial intelligence hardware into future European space infrastructure.
Each startup incubated at the new ESA-BIC centers will receive a minimum financial incentive and cofinancing of €60,000.
Startups incubated at the new ESA-BIC centers will receive a minimum of 50 hours of business advisory support.
NGI designed the calibration chamber together with APVacuum in an ESA-funded activity.
The three new ESA-BIC centers in Castilla-La Mancha, the Región de Murcia, and País Vasco join a national ESA-BIC network that already includes sites in Andalucía, Cataluña, Castilla y León, Comunidad de Madrid, and Comunidad Valenciana.
Radiation-induced Single Event Effects (SEE) in standard commercial hardware are a primary technical challenge for space-based AI, prompting Axelera AI and ESA to focus on Radiation Hardening by Design (RHBD) and software-level mitigation.
Mynaric will provide laser communications terminals for in-orbit testing and validation of the User Segment within ESA’s space-based optical data relay infrastructure.
Scenario two, designated as ESA’s baseline, would involve limited European investment and hybrid use of Commercial LEO Destinations alongside European elements.
ESA signed a memorandum of understanding with Airbus and Voyager Space in November 2023 to explore potential use of the companies’ future Starlab space station.
The HydRON Demonstration System is a cornerstone of ESA’s Optical and Quantum Communications – ScyLight program.
Scenario one would involve no European investment in low Earth orbit infrastructure, with ESA fully relying on US Commercial LEO Destinations.
ESA signed a memorandum of understanding with Axiom Space in October 2023 to collaborate on post-ISS low-Earth orbit activities.
ESA presented three scenarios to member states and key partners for its post-ISS strategy ahead of the November 2025 Ministerial Council Meeting (CM25).
The European Space Agency has issued a call for tenders to conduct studies exploring the feasibility of a European-led, modular, multi-partner space station in low Earth orbit.
The approximately €350 million total secured by PLD Space does not include €169 million committed by the Spanish government as part of the European Space Agency’s European Launcher Challenge.
On 27 February, ESA published an intended call for tenders for two Pre-Phase A studies under Scenario three.
Mynaric (Nasdaq: MYNA) was selected by the European Space Agency for demonstration activities under Element 3 of the HydRON program on March 4.