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The Artemis II crew has safely returned to Earth after their historic journey to the moon. The astronauts were seen on the recovery ship, marking a significant milestone in space exploration.NASA's Artemis II mission was a crucial step towards establishing a sustainable presence on the lunar surface. The mission's success paves the way for future moon missions and further space exploration.

NASA's Artemis II mission has achieved a major milestone with the successful return of its four astronauts to Earth, marking the end of a 10-day journey that took them farther into space than any human has gone before. The crew, comprising NASA astronauts Reid Wiseman, Victor Glover, and Christina Koch, along with Canadian astronaut Jeremy Hansen, completed a parachute landing in the Pacific Ocean off the coast of California at 5:07 pm Pacific time (00:07 GMT). This mission is a critical step towards future lunar exploration, particularly Artemis IV, which aims to land astronauts on the lunar surface for the first time since the Apollo era. The Artemis II mission tested essential technologies for deep space travel, including the performance of the Orion capsule's heat shield, navigation systems, and life-support technology. The mission also marked several historic firsts: Glover became the first person of color to travel around the moon, Koch the first woman, and Hansen the first non-American. During their journey, the crew witnessed a solar eclipse and meteorite impacts, and shared vivid descriptions of the lunar surface. Mission commander Wiseman reflected on the mission's significance, stating, "what we really hoped in our soul is that we could, for just a moment, have the world pause — and remember that this is a beautiful planet in a very special place in our universe".

Brian Cox’s latest live show, ‘Emergence’, draws its spark from Johannes Kepler’s 1609 treatise ‘The Six‑Cornered Snowflake’. Cox explains that Kepler’s wonder at the symmetry of snowflakes, written during a Prague snowstorm, embodies the modern scientific quest to understand the origins of patterns we observe.He says the show explores three realms: what we know, what we don’t know, and what may remain unknowable. This framework sets the stage for his reflections on the biggest unanswered questions in science.If he could answer any scientific mystery, Cox would choose the existence of life beyond Earth. He points to current missions—two spacecraft heading to Jupiter’s moons and the James Webb Space Telescope probing exoplanet atmospheres—as promising avenues that might soon reveal a biosignature.When asked about the future of technology, Cox warns that the trajectory of artificial intelligence is still opaque, making it both thrilling and potentially hazardous. He adds that quantum computing is another frontier with wildly divergent timelines—some experts see breakthroughs within five years, others doubt they’ll arrive in a lifetime—highlighting the revolutionary yet unpredictable nature of these tools.Cox also reflects on his shifting stance toward social media. He admits moving from early optimism about its democratizing power to a more critical view of its noise and misinformation, while acknowledging its complex impact on politics and public discourse.On personal advice, Cox stresses the importance of following one’s passion: “Do what you most enjoy,” he says, recalling his own journey from a teenage musician to a celebrated astronomer, supported by parents who encouraged his interests.He shares a memorable fan encounter: at an ELO concert, a man introduced himself as Paul McCartney after asking a question about Saturn’s moon Enceladus—an encounter that left Cox “overwhelmed” as a lifelong Beatles fan.When asked about a pop‑culture stance, Cox admits he is largely out of touch, but notes that musical innovation seems to have plateaued since the 1980s, contrasting the rapid evolution of earlier decades.One of his favorite astronomical facts is the staggering number of observable galaxies: about two trillion. He highlights how, within a century, humanity moved from debating whether other galaxies existed to quantifying an immense cosmos, also measuring its age at roughly 13.8 billion years.Brian Cox will tour ‘Emergence’ across Australia from 5 to 30 May 2026.

NASA’s Artemis II crew has safely returned to Earth after completing the agency’s first crewed lunar flyby, marking a historic step in America’s deep‑space ambitions. The spacecraft performed a controlled splashdown in the Pacific Ocean, where recovery teams quickly secured the capsule and its three astronauts. The mission, which launched earlier this year, executed a high‑speed pass around the Moon, achieving a record‑breaking distance for a crewed vehicle and validating key navigation and life‑support systems for future lunar landings. Video released by NASA captures the dramatic moment of re‑entry, the capsule’s parachutes inflating, and the splashdown splash that signaled the mission’s successful conclusion. Officials praised the crew’s performance and the flawless execution of the recovery operation. While the splashdown itself is a technical triumph, the broader significance lies in the mission’s role as a stepping stone toward the upcoming Artemis III landing, which aims to put astronauts on the lunar surface for the first time since 1972. Analysts note that Artemis II’s success strengthens the United States’ leadership in space exploration and could accelerate international partnerships and commercial investment in lunar infrastructure.

The recent return of the Artemis II mission to Earth has been hailed as a major achievement for NASA, marking the first crewed mission to the moon in over 50 years. The mission, which included astronauts Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen, broke a distance record and demonstrated the capability to sustain human life beyond lower-Earth orbit.However, the celebration has been overshadowed by proposed budget cuts to NASA, with Donald Trump announcing a 23% reduction in funding, including a 46% cut for space science initiatives. Critics argue that these cuts, described as 'extinction-level', would severely impact NASA's ability to achieve its ambitious goals in deep space exploration.NASA Administrator Jared Isaacman defended the budget proposal, stating that the levels are sufficient to meet mission priorities. However, Casey Dreier of the Planetary Society expressed concerns, highlighting the contradiction between the budget proposal and previous statements by NASA leadership.The Artemis program faces significant challenges ahead, including the development of a permanent lunar base. Despite these concerns, NASA is already looking ahead to Artemis III, scheduled for next year, which will test human lunar landing systems.Artemis II has been hailed as a crucial step in the US space program, providing a significant advantage in the new space race with China. The mission's success has brought renewed attention to the importance of continued investment in space exploration and the need for a stable and supportive budget.

The Artemis II crew has just returned from a ten‑day journey that looped around the Moon, marking only the second launch of the Artemis system and the first with humans aboard. NASA admits that the limited data from this mission makes risk assessment difficult.To date, the Artemis programme has consumed almost $100 billion (≈£75 billion). The U.S. Congress’s 2025 "one big beautiful bill" earmarked $9.9 billion for the upcoming Artemis IV and V flights, with even larger sums projected for a permanent lunar base.The scientific case for lunar exploration remains compelling: studying the Moon can illuminate the Solar System’s formation and provide a pristine platform for telescopes, especially on the far side where radio interference is minimal.However, the article questions whether human presence is essential. While astronauts still offer unique capabilities, the author suggests that within a decade robots—already proven on Mars by Curiosity and Perseverance—will outperform humans in cost, endurance, and operational flexibility.China’s lunar ambitions underscore the geopolitical stakes. After successful robotic orbiters and landers, Beijing retrieved the first far‑side soil samples in 2024 and plans a 2025 mission to the south pole with an orbiter, lander, and "mini‑hopper". By 2028, China aims to test equipment for a lunar base, potentially mirroring the U.S. push for crewed landings.Advances in AI, sensor technology, and autonomous navigation could soon enable robots to conduct near‑self‑directed scientific surveys and even construct infrastructure, diminishing the practical advantage of astronauts.Historical examples, such as the Hubble Space Telescope’s on‑orbit repairs, are revisited. The article cites Riccardo Giacconi’s view that, without the human element, multiple Hubble‑class telescopes could have been launched for the same budget, illustrating how crewed interventions may no longer be cost‑effective.The launch of the James Webb Space Telescope in 2021—operating far beyond the reach of routine astronaut servicing—demonstrates that complex, high‑value missions can succeed without crewed support, reinforcing the argument that human spaceflight now serves more as a prestige project than a scientific necessity.In conclusion, while the awe of viewing Earth from lunar orbit endures, the article contends that the future of space exploration will be defined by robots and private sponsorship, not by the costly and risky deployment of astronauts to the Moon or beyond.

NASA's Artemis II mission is on track for a historic splashdown on Earth, a critical phase in the mission that underscores the progress being made in space exploration. The splashdown is a pivotal moment for the mission, demonstrating the capabilities of the spacecraft and the teams involved.The Artemis II mission is part of NASA's ambitious plans to return humans to the Moon and beyond. This mission serves as a stepping stone for future lunar and interplanetary exploration, highlighting the advancements in technology and strategy that are essential for deep space travel.As the mission prepares for splashdown, it reflects the ongoing efforts of NASA and its partners to push the boundaries of space exploration. The successful execution of this phase will provide valuable insights and data, contributing to the continued development of space travel and the exploration of our solar system.

NASA's Artemis II mission is nearing its final stage, with the Orion spacecraft set for a high-speed return to Earth and splashdown in the Pacific Ocean. The mission is a critical test for systems that the space agency plans to use in future crewed moon landings, including Artemis III.The splashdown, scheduled for April 11 at about 00:07 GMT (8:07pm ET on April 10), will mark the first time since Apollo 17 in 1972 that NASA and the Department of Defense are recovering a crewed spacecraft returning from the moon. The Orion spacecraft, named Integrity by the crew, will re-enter the atmosphere and splash down off the San Diego coast.NASA has set strict 'go' conditions for splashdown, including wave heights below six feet (1.8 meters), winds under 28.7mph (46 km/h), and no rain or lightning within a 30-nautical-mile radius. Clear visibility is also essential for tracking Orion and safely recovering the astronauts.The Orion spacecraft will come hurtling back to Earth, hitting the atmosphere at about 34,965 feet (10,657 meters) per second, roughly 23,800mph (38,300km/h), fast enough to travel from New York to Tokyo in less than 20 minutes. The spacecraft's heat shield, a critical component, will protect it from temperatures of up to 2,700 degrees Celsius (4,900 degrees Fahrenheit).The mission has raised concerns about the heat shield's performance, with some experts questioning its safety. However, NASA officials say they are confident in the shield's ability to protect the crew and have adjusted the re-entry path to limit stress on the shield.The splashdown and recovery will be broadcast live on NASA+, the NASA app, and YouTube channel. A detailed timeline for the final stages of the mission has been outlined, including the crew wakeup, cabin configuration, trajectory correction, module separation, atmospheric entry, communication blackout, and splashdown.

Renowned actor Sam Neill, known for his role in the Jurassic Park movie franchise, has joined the fight against a proposed goldmine near his vineyard in Central Otago, New Zealand. The mine, backed by Australian company Santana Minerals, could potentially damage the region's pristine environment and threaten up to 650,000 native lizards.The proposed Bendigo-Ophir goldmine, located in an area legally enshrined as 'outstanding natural landscape,' has sparked fierce division between communities. While proponents claim it will create 357 jobs and boost the economy, critics argue it will dampen tourism and harm the environment.Neill, who has grown wine under his Two Paddocks label in the region for 30 years, emphasizes his connection to the land, stating, 'If this mine goes ahead... everything that you see [there] is under a claim [by the mining company]. And there will be mining all around us, and that'll be the end.'The mining industry has a history of environmental disasters, particularly with tailings dams storing toxic waste. Ian Taylor, a prominent Māori businessman, worries about the 600km-long alpine fault running down the South Island, which could lead to seismic risks.Santana Minerals claims the dam has been designed to withstand a one-in-10,000-year earthquake and denies that the mine will negatively affect tourism. A decision on the Bendigo-Ophir mine is expected by the end of the year.