At least four fragments of the Falcon 9 second stage survived re-entry and landed in various locations across Poland.

At least one fragment of the Falcon 9 upper stage landed in a populated area in Poland.

On 19 February 2025, a Falcon 9 second stage underwent an uncontrolled atmospheric re-entry over Poland.

The study seeks to contribute to understanding uncontrolled re-entries in very low Earth orbit.

Ericsson's proposed dividend for 2025 is an increase from SEK 2.85 in the previous year.

Ericsson plans a SEK 15.0 billion share buyback program at the upcoming Annual General Meeting.

Ericsson achieved its ninth consecutive quarter of adjusted EBITA margin expansion.

Ericsson reported sales of SEK 69.3 billion in Q4 2025, down from SEK 72.9 billion year-over-year due to currency headwinds.

Ericsson's Board of Directors will propose a dividend of SEK 3.00 per share for 2025.

Ericsson expects the Radio Access Network (RAN) market to remain flat in 2026.

Ericsson anticipates continued growth in the mission-critical and enterprise sectors in 2026.

In the fourth quarter of 2025, Ericsson delivered organic sales growth of 12% in the Cloud Software and Services division.

The gain from the divestment of iconectiv contributed to a Return on Capital Employed (ROCE) of 24.1% for Ericsson.

For the full year 2025, Ericsson's organic sales increased by 2%.

Ericsson plans to increase R&D investments in defense and AI-native, autonomous mobile networks.

Ericsson's adjusted EBITA rose to SEK 42.9 billion for 2025, representing an 18.1% margin.

Ericsson reported a year-end net cash position of SEK 61.2 billion.

Ericsson announced a 6% year-over-year organic sales increase for the fourth quarter of 2025.

MaiaSpace and Eutelsat reached a multi-launch agreement for the future launch of LEO satellites beginning in 2027.

The agreement provides additional assurance of operational continuity for Eutelsat's OneWeb constellation customers.

The MaiaSpace launcher can include an option of the Colibri kick-stage to increase mission flexibility.

The MaiaSpace launcher offers a solution for deploying or replenishing broadband satellite constellations.

MaiaSpace designs, manufactures, and operates the first reusable and eco-designed mini launcher in Europe.

Yohann Leroy, Chief Executive Officer of MaiaSpace, stated that the agreement confirms Maia is well-suited for deploying or replenishing satellite broadband constellations.

The MaiaSpace launcher has a large, 3.5-meter diameter fairing and a launch mass capability of up to 4 tons in inclined orbits.

The U.S. Air Force Research Laboratory (AFRL) will evaluate Aalyria’s Spacetime network orchestration software as a candidate for a future 'network of networks' concept.

These activities are part of the AFRL’s Space Technology Advanced Research Fast-tracking Innovative Software and Hardware (STAR-FISH) initiative.

Aalyria will perform a focused technical study as part of the SDNX program to analyze Spacetime's capabilities in alignment with the Space Data Network.

The SDNX program aims to explore architectures integrating spacecraft, ground segments, and advanced communication links for the joint force.

Aalyria's Spacetime software is designed to orchestrate large, dynamic constellations and directional links across land, sea, air, and space.

Aalyria will identify gaps and requirements for integration, recommending a path for future experimentation and potential operational use.

Aalyria was selected by the AFRL's Rapid Architecture Prototyping and Integration Development (RAPID) program for the Space Data Network Experimentation (SDNX) program.

STAR-FISH supports R&D and experimentation for space-related signal, energy, and transportation technologies in support of national defense.

Italy provided a crucial contribution to the silicon tracker of the GAPS experiment, which visualizes the number and direction of particles generated from the decay of exotic atoms.

The Italian participation in the GAPS mission was coordinated by ASI with INFN leading a network of universities and research centers.

The launch and flight management for GAPS were conducted by the Long Duration Balloon (LDB) activities of NASA's Columbia Scientific Balloon Facility (CSBF).

The scientific goal of the GAPS mission is to shed light on the origin of antimatter components in cosmic radiation and investigate the nature of dark matter, which comprises about 80% of the universe's mass content.

These components are essential for identifying rare events of interest in the high flux of cosmic particles.

The GAPS (General Antiparticle Spectrometer) mission successfully concluded after studying antimatter and searching for dark matter within NASA's stratospheric balloon launch program from Antarctica.

The GAPS balloon successfully completed two revolutions around the South Pole.

Antideutons, made up of an antiproton and an antineutron, are a scientifically significant component of cosmic radiation.

Following 25 days of continuous data collection, the GAPS team entered a critical phase of calibration and analysis.

If dark matter consists of certain particle classes, they could annihilate or decay, producing antideutons.

The technological heart of the GAPS mission employs an innovative technique based on the observation of exotic atoms.

The GAPS mission was coordinated by Columbia University with support from NASA, JAXA, the Italian Space Agency (ASI), and the National Institute for Nuclear Physics (INFN).

Detecting antideutons in cosmic radiation from deep space would provide indirect evidence of the nature of dark matter.

Precision tuning is essential to maximize the instrument's potential and isolate rare signals such as those from antinuclei.

For 25 days, GAPS operated at altitudes between 32 and 37 kilometers, allowing it to observe cosmic radiation with minimal atmospheric interference.

The Italian participation in GAPS involves researchers from INFN and universities in Florence, Pavia, Bergamo, Naples, Turin, Rome Tor Vergata, and Trieste.

The advanced readout electronics, based on cutting-edge microelectronics, and the entire power system for the instrument were designed and manufactured by Italian research groups.