NASA’s Nancy Grace Roman Space Telescope has achieved nearly 30% better optical performance than originally required, marking a major milestone in its commissioning. The observatory is designed to transform our understanding of dark matter, dark energy, galaxy evolution, and planets beyond our solar system. Its powerful 300-megapixel camera will survey vast regions of the universe, while its advanced coronagraph will test technologies for directly imaging exoplanets. Although the telescope’s biggest scientific discoveries are still ahead, its promising early results offer an exciting glimpse into the future of astronomy.

Halloween is becoming much more than a single night of costumes, candy and spooky entertainment. In 2026, the growing phenomenon known as Halloweenmas reflects a broader shift toward celebrating the entire month of October through elaborate home decorations, themed gatherings, seasonal shopping and creative traditions. At the same time, artificial intelligence is changing how people plan their celebrations, while gothic interiors, sophisticated color palettes and nature-inspired decorations are reshaping the visual identity of Halloween. With new Google search trends and consumer spending forecasts revealing just how popular the holiday has become, Halloween 2026 offers a fascinating look at the intersection of culture, technology and modern consumer behavior.

Artificial intelligence is becoming an increasingly important part of modern aviation. From predicting air traffic congestion and helping airports manage aircraft movements to supporting aircraft inspections and improving airline operations, AI is changing how the aviation industry works behind the scenes. In 2026, these developments are moving beyond experiments into practical applications. The US Federal Aviation Administration has introduced an AI-supported system designed to help anticipate airspace congestion, NASA has tested technologies intended to improve runway safety, and Lufthansa is using AI in aircraft maintenance and ground operations. These innovations could help airlines reduce avoidable delays, use fuel more efficiently and make better operational decisions. However, aviation remains a safety-critical industry where human expertise, independent verification and strict certification are essential. This article explores the most important applications of AI in aviation, the challenges facing the industry and what these technologies could mean for passengers, pilots and the future of air travel.

China is building a new digital marketplace where ordinary people can license their faces to artificial intelligence

For decades, astronomers have searched for radio signals from planets outside our Solar System. The idea sounds simple, but there has always been a fundamental problem: when a telescope detects radio emission coming from a distant planetary system, how can scientists know whether the signal is actually coming from the planet rather than from its star?

A tiny wild cat in Bolivia has just been recognized as a species new to science. Meet Leopardus tilcayo — an elusive Yungas tiger cat whose lineage dates back around 1.4 million years. 🐆 Discover how scientists finally uncovered its hidden identity.

A tiny yellow Pokémon has already travelled farther than most of us ever will. Pikachu spent 67 days aboard the International Space Station, floating hundreds of kilometres above Earth. Meanwhile, down on the ground, Europe is quietly transforming the way millions of people cross its borders. The new Entry/Exit System is replacing passport stamps with digital records, facial images and fingerprints.

Google DeepMind’s AlphaGenome Atlas predicts the molecular effects of 9 billion possible DNA changes. Here is what it means for genetics, disease research and the future of medicine.

NASA’s Chandra X-ray Observatory has revealed 84 mysterious hypersoft X-ray sources in six galaxies. Scientists believe they could solve major mysteries about supernovae and galactic evolution.

The internet has never been more connected, personalized, or powerful — yet many people are starting to miss the way it used to feel. Before endless scrolling and algorithm-driven feeds, the web was a collection of forums, blogs, personal websites, chat rooms, and small communities where discovery happened naturally. Today, growing concerns about social media algorithms, digital overload, AI-generated content, and the constant pressure to stay engaged are bringing old ideas back into the conversation. Chronological feeds, independent websites, newsletters, niche communities, and user-controlled experiences are becoming increasingly attractive. But do people really want the old internet back? Probably not literally. They want something the old web represented: freedom, authenticity, serendipity, and control. The future of the internet may not be about abandoning algorithms, but about giving people the choice to use them — or turn them off.

Europe is entering a new era of border travel. The EU’s Entry/Exit System (EES) is replacing traditional passport stamps with digital records, facial recognition and fingerprint checks for many non-EU travellers. As the system becomes fully enforced, airports and border crossings are facing new challenges, including longer queues and increased pressure on infrastructure and staff. But EES is about more than today’s travel delays. It is part of a much bigger transformation that could make European borders increasingly automated, biometric and digital. This article explores how EES works, who it affects, the concerns surrounding privacy and congestion, and what the future of travelling across Europe could look like.

The Himalayas have always been a landscape of extremes. The world's highest mountains are shaped by earthquakes, landslides, avalanches, glaciers, monsoon rains and rivers that can change from relatively calm streams into enormous torrents within minutes. For centuries, people living in the Himalayan valleys have learned to live with these dangers. But something is changing.