The extensive solar observation cycle conducted in Italy shows that certain anomalies in radio waves can predict flares with decent lead time.

Innovations developed at INAF include methods to observe the Sun with large antennas, which were previously considered unfeasible.

Major data releases from the Gaia and Euclid missions are planned for 2026.

The Ariane 64 features a four-booster configuration intended for complex missions.

The mission HERA is scheduled to arrive at the asteroid system as part of the DART test.

The ESA is developing infrastructure, modules, and technological capabilities to support crewed and robotic lunar missions.

The ESA's 2026 plans highlight a year of strong strategic concentration on access to space, exploration, and science.

2026 will be a defining year for the European Space Agency (ESA).

The Ariane 64 launch is a central element for consolidating European autonomous access to space.

The ESA's 2026 plans include new Galileo launches to strengthen the European satellite navigation system.

The new Galileo launches are essential for the continuity of Positioning, Navigation, and Timing (PNT) services.

The ESA is involved in direct contributions to humanity's return to the Moon as part of international exploration programs.

BepiColombo is scheduled to enter orbit around Mercury in 2026.

The ESA's 2026 plans include the first launch of the Ariane 64 rocket.

Josef Aschbacher is the Director General of the European Space Agency.

Arianespace confirmed that the campaign at Europe’s Spaceport is gaining momentum following the arrival of the Ariane 64 stages.

Ariane 64 is the four-booster configuration of the new European launcher, intended for more challenging payload missions.

Canopée is a wind-powered ship designed to transport Ariane 6 stages from continental Europe to Kourou.

The physical presence of Ariane 6 stages at the spaceport enables the commencement of subsequent campaign phases.

The arrival of the stages is an operational prerequisite for the European access to space through Ariane 6.

The Ariane 6 program's variant 64 is designed to meet institutional and commercial market needs, providing launch capabilities for complex orbits and multiple missions.

The arrival of the Ariane 64 stages marks a necessary step for the start of integration and flight preparation activities.

The completion of the logistical phase opens the way for full operational ground activities related to Ariane 6.

Stages of the first Ariane 64 have arrived in French Guiana after their transatlantic journey aboard Canopée.

The cryogenic jacket is designed for magnets that must endure strong magnetic fields and very low temperatures in advanced fusion devices.

China has produced 30 tons of cryogenic jacket material made from its CHSN01 steel in continuous lengths of about 5 km for use in Cable-in-Conduit Conductors for future fusion reactors.

Mechanical tests at 4.2 K show that the CHSN01 jacket reaches an average yield strength.

Researchers at the Dalian Institute of Chemical Physics under the Chinese Academy of Sciences reported the results of the experiment.

The experiment was carried out by the three astronauts of the Shenzhou XXI crew.

A lithium ion battery experiment has been completed aboard China's Tiangong space station.

The lithium ion battery experiment focused on basic electrochemical processes that govern battery performance and lifetime.

Companies are adopting transmitters that balance payload capacity and launch costs for mini satellites.

Mini satellites provide sufficient onboard power for communication throughput without the complexity of larger bus satellites.

The use of mini satellites is rising as more users become involved in commercial and government communication coverage.

North America hosts OEMs, launch service providers, and operators that drive smallsat-based communication services.

Government and defense initiatives propel the market through their investments in secure satellite communication layers.

The size of mini satellites is suitable for the rapid deployment requirements of LEO constellations due to short replenishment cycles.

The communication small satellite market is projected to grow from $5.95 billion in 2025 to $18.34 billion by 2030 at a CAGR of 25.2%.

The trend toward efficient production and performance in orbit is driving demand for satellite bus platforms.

North America is projected to account for the largest market share in the communication small satellite market during the forecast period.

The growth of the communication small satellite market is driven by the rising need for timely, high-resolution geospatial intelligence for defense, climate monitoring, and commercial decision-making.

Significant investments in commercial broadband services and next-generation communication networks in North America contribute to its largest market share.

As the scale of LEO and MEO constellations increases, the dependence on standardized bus designs to reduce manufacturing time also increases.

Modern satellite bus architecture allows for flexible integration of RF systems, processors, and power units for high-speed missions.

The mini satellite segment, weighing between 101-1,200 KG (approximately 222-2,645 pounds), is projected to account for the largest share of the communication small satellite market during the forecast period.

System suppliers prioritize reliable platforms that support communication payloads in the satellite bus segment.

The satellite bus segment is projected to account for the largest share of the communication small satellite market during the forecast period.

The Habitable Worlds Observatory will enable wide-ranging studies of the universe and support future human exploration of Mars and beyond.

The newly selected proposals for the Habitable Worlds Observatory will help inform NASA's planning approach.

NASA's planning for the Habitable Worlds Observatory builds on technologies and lessons learned from its Hubble Space Telescope, James Webb Space Telescope, and upcoming Nancy Grace Roman Space Telescope.