early Earth

SpaceX's Starship, the rocket developed under Elon Musk, completed its first-ever orbit of Earth but ended its flight earlier than planned. The test flight marks a major milestone for the reusable spacecraft, though the early finish has drawn attention to questions about what caused the mission to cut short. Coverage is focused on what the results mean for future Starship launches.

SpaceX has launched its enormous Starship into orbit for the first time, successfully delivering the newest and most advanced Starlink satellites yet. However, flight controllers brought the spacecraft back to Earth early on Monday rather than completing six full laps around the planet as planned. The milestone flight is being closely watched as a major step for the rocket programme.

SpaceX's Starship has splashed down in the Pacific Ocean after returning to Earth earlier than planned. The next-generation rocket, developed for missions to the Moon and Mars, ended its flight short of schedule, prompting discussion about what caused the early return and what the outcome means for the vehicle's testing programme.

Wired reports that space-based lasers designed to transmit energy are about to undergo their first real-world test. The experiment would mark a milestone for efforts to beam power from space to Earth, a long-discussed concept that startups and researchers hope could one day deliver clean energy across distances. The technology remains early-stage and unproven at scale.

NASA's Nancy Grace Roman Space Telescope has started transmitting data to Earth ahead of the start of its regular science observations. The agency tested whether ground stations could handle the incoming data stream once the telescope begins full operations. The trials involved ground stations operated by three agencies, including Japan's JAXA. The telescope's early data transmissions mark a key step toward the start of its planned survey mission.

A new report from Universe Today claims the Solar System's earliest planets formed in fiery, hot conditions near the young Sun rather than in the cold outer regions long assumed. The idea challenges the standard picture of planet formation, in which rocky worlds built up close to the Sun while icy bodies accumulated farther out. Astronomers and space enthusiasts are weighing what this would mean for theories of how Earth and its neighbours came together.

New research suggests oxygen-deprived underwater zones, often called 'dead zones', may not be biologically barren. Instead, scientists argue these low-oxygen environments could serve as clues to the chemical conditions in which early life first developed on Earth. The study, published in an AGU journal, is drawing attention for reframing hypoxic zones as scientifically valuable rather than simply degraded ecosystems.

A claim circulating online suggests scientists may have misinterpreted a geological signal roughly 2 billion years old, potentially revising understanding of early Earth's conditions. Details of which clue is in question, which researchers are involved, or what the corrected reading would be are not specified in the available information. The story is being shared and discussed in science-focused communities.

NASA and SpaceX's Crew-13 mission has docked at the International Space Station, with the four astronauts now aboard and taking over station operations. Following the usual handover period with the outgoing crew, NASA says Crew-12 could undock and return to Earth as early as Monday, weather permitting. The rotation marks another routine crew swap under NASA's commercial crew programme with SpaceX.

A new study published in AGU's journal suggests oxygen-deprived underwater zones, often called 'dead zones', may not be biologically barren. Instead, researchers argue these low-oxygen environments could offer clues about conditions on the early Earth, where life emerged before oxygen became abundant. The finding is drawing interest for reframing how scientists understand both modern ocean dead zones and the origins of life.

The television series 'Africa: Earth's Wild Home', listed as running from 2026, is attracting early viewer attention, with audiences beginning to rate it on IMDb. Little is known so far about its content or reception, as ratings data remains limited. Nature documentary series set in Africa have historically drawn large global audiences.

Google has announced Project Suncatcher, an initiative aimed at eventually running AI data centers in space. The announcement, reported by NPR, frames the project as an early step toward moving energy-intensive AI computing infrastructure off Earth, where power demands are growing rapidly. Details remain limited, but the idea has drawn attention for its ambition.

The James Webb Space Telescope has detected signs around distant young stars of giant impacts similar to the collision that is thought to have formed Earth's Moon. The observations suggest cataclysmic planet-forming crashes may be a common part of planetary systems' early history, giving astronomers a new window on how worlds like ours came together billions of years ago.

New research published in an AGU journal suggests low-oxygen underwater zones, often called dead zones, may not be biologically barren. Scientists argue these oxygen-deprived environments could offer clues about conditions on the early Earth, when life existed before the atmosphere became oxygen-rich, prompting renewed debate about how life first developed.

New research suggests animal life may have emerged roughly 200 million years earlier than scientists previously believed, pushing back the estimated origin of animals in Earth's history. The claim is drawing attention among biology enthusiasts and science readers, who are weighing what such a revised timeline would mean for understanding early evolution and the conditions that allowed the first animal life forms to appear.

Google has launched its first satellite as part of an effort to begin operating AI data centers in space. The project aims to place computing infrastructure in orbit, where solar power is more abundant and cooling is less constrained than on Earth. The launch marks an early step in what could become a major shift in how large-scale AI computing is powered and hosted.

Google has launched a new satellite designed to test whether AI computing can be powered by solar energy in space. The experiment marks an early step toward moving energy-intensive data processing off Earth, using sunlight as a power source. The launch is drawing attention for its implications for the future of data centres and the tech industry's growing energy demands.

Google has launched an experimental satellite into low-Earth orbit to test whether near-constant sunlight in space can be used to power data centers. The satellite, launched on October 1, carries four computer chips capable of running in orbit as part of an early proof of concept. The project reflects growing interest among tech companies in meeting rising energy demands from AI with space-based solar power.

Gizmodo reports on a satellite that could serve as the first step toward building a power grid in space, an ambitious concept involving collecting solar energy in orbit and transmitting it back to Earth. The idea of space-based solar power has long been floated as a potential clean energy solution, and this project is being presented as an early proof of concept.

Nature has published a piece examining what the fossil record reveals about ancient life, drawing together current paleontological findings. The article highlights how fossil evidence continues to reshape scientific understanding of early organisms and Earth's biological history, prompting discussion among researchers and science readers about the evolving picture of life's deep past.

Knollisphaeridium maximum, a newly illustrated microscopic fossil organism, is being featured in science news coverage. The organism belongs to organic-walled microfossils studied by paleontologists to understand early life on Earth. Details beyond the specimen image remain limited, and researchers' specific findings about its age, origin, or significance have not been outlined in the available coverage.

SpaceX and Google have launched AI chips into orbit as part of an effort to build data centers in space, according to Fox News. The project points to growing interest in placing computing infrastructure off Earth, where solar power is abundant and cooling challenges differ from ground-based facilities. Details on the hardware, timeline and scale of the operation remain limited.

A new study suggests animals may have evolved around 200 million years earlier than previously believed, pushing back the timeline for the emergence of animal life on Earth. The finding is drawing attention from scientists and science readers, as it challenges long-held assumptions about when the first animals appeared in the fossil record and how early life developed on the planet.

SpaceX's Starship returned to Earth ahead of schedule, making a fiery splashdown in the Pacific Ocean during its latest orbital test mission. The early return cut short plans for the flight, though details on what prompted it have not been confirmed. The splashdown adds to the ongoing series of high-profile test flights as SpaceX continues developing the vehicle for future missions.

Scientists are highlighting brine pools on the ocean floor — extremely salty underwater basins that kill most life that enters them — as potential keys to understanding how life began on Earth. The theory suggests similar chemical conditions in these pools may have driven the formation of early organic molecules, and that comparable environments could exist on other worlds, making them a target in the search for extraterrestrial life.

Astronomers report that Earth and Mars did not form from the same mix of cosmic material, suggesting the two planets were built from distinct regions of the early solar nebula. Differences in their composition challenge the idea that rocky planets formed from a homogeneous soup of dust and gas.