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A Very Strong El Niño Is Building—Here’s Why Scientists Are Warning About Extreme WeatherA very strong El Niño is develo...
04/09/2026

A Very Strong El Niño Is Building—Here’s Why Scientists Are Warning About Extreme Weather

A very strong El Niño is developing in the tropical Pacific, and the World Meteorological Organization says it is expected to strengthen further toward the end of 2026 and persist into early 2027. El Niño can dramatically shift rainfall and temperature patterns, increasing risks of floods, drought, heat and wildfires in different parts of the world.

In the UK, Environment Secretary Angela Eagle has urged households to keep enough food and water for several days in case extreme weather disrupts essential services. The government is also planning measures to improve resilience, including changes to water management and infrastructure.

But scientists caution that a strong El Niño does not mean every region will experience extreme weather. Its effects vary by location and can be influenced by other climate patterns. For now, the message is preparation—not panic—as forecasters continue monitoring this unusually powerful event.

Source: World Meteorological Organization (WMO), September 3, 2026; The Guardian, September 3, 2026.

The Next Lunar Eclipse Is Coming in February 2027—Here’s Where You Can See ItThe next lunar eclipse will occur on Februa...
03/09/2026

The Next Lunar Eclipse Is Coming in February 2027—Here’s Where You Can See It

The next lunar eclipse will occur on February 20–21, 2027, and it will be a penumbral lunar eclipse. Instead of turning the Moon red, Earth’s faint outer shadow will cause a subtle dimming that may be difficult to notice.

A second penumbral eclipse will follow on August 16–17, 2027. Parts of North and South America, Europe, Africa, Asia and Australia will have opportunities to see at least part of these events, depending on local timing and weather.

If you want a truly dramatic “Blood Moon,” you’ll have to wait until December 31, 2028, when the next total lunar eclipse is expected. The best part? Lunar eclipses are completely safe to watch with the naked eye—just look up!

Source: Space. com, updated September 2026; eclipse timing based on astronomical calculations.

30,000 Ancient Roman Coins Found Beneath the SeaA diver exploring waters off Arzachena, Sardinia, spotted a metallic obj...
03/09/2026

30,000 Ancient Roman Coins Found Beneath the Sea

A diver exploring waters off Arzachena, Sardinia, spotted a metallic object on the seafloor in 2023—leading authorities to recover more than 30,000 late Roman bronze coins. Some estimates suggest the total could eventually reach 50,000, making it one of the largest known coin discoveries of its kind.

The coins, known as folles, date mainly to around 324–345 CE and are reportedly remarkably well preserved after more than 1,600 years underwater. Fragments of Roman amphorae were also found nearby, raising the possibility that the coins came from an ancient shipwreck—but no wreck has been confirmed.

The discovery is still being catalogued, and the coins have not yet gone on public display. Researchers hope further investigation will reveal how this enormous collection ended up scattered across the seafloor—and whether a lost Roman vessel is still hidden nearby.

Source: Italian Ministry of Culture / Sardinian archaeological authorities; reports on the Arzachena underwater discovery.

Scientists May Have Solved Why Some Stars Produce Fainter Flares After Repeated Black Hole EncountersWhen a star passes ...
03/09/2026

Scientists May Have Solved Why Some Stars Produce Fainter Flares After Repeated Black Hole Encounters

When a star passes dangerously close to a supermassive black hole, immense tidal forces can strip away some of its material without completely destroying it. The surviving star can return again and again, producing repeated flashes of light known as repeating partial tidal disruption events (rpTDEs).

Scientists at Syracuse University may have found an explanation for why some of these flares become progressively dimmer. Their simulations suggest that if the star was already spinning rapidly before its first encounter, the black hole’s tides may not spin it up as much. As the star loses less material during later encounters, the resulting flares can become weaker.

The researchers propose that these rapidly spinning stars could have originated as members of tight binary systems that were torn apart by the black hole through the Hills mechanism. One star may be captured while the other is ejected—potentially explaining some of the strange stars orbiting the Milky Way’s central black hole, Sagittarius A*.

Source: Syracuse University; The Astrophysical Journal (2026), DOI: 10.3847/1538-4357/ae8f31.

This 155 mm Artillery Shell Can Ignite a Jet Engine in Midair After Being FiredA U.S. startup, Tiberius Aerospace, has d...
03/09/2026

This 155 mm Artillery Shell Can Ignite a Jet Engine in Midair After Being Fired

A U.S. startup, Tiberius Aerospace, has demonstrated a 155 mm artillery round that ignites a liquid-fueled ramjet after being fired. The concept allows the gun to provide the initial acceleration, while the ramjet supplies additional thrust during flight—potentially extending the range far beyond conventional artillery.

The company says the round survived extreme launch forces of around 18,000 g and successfully achieved midair engine ignition during testing in New Mexico. However, its advertised 150 km (93-mile) range remains a design target, not a demonstrated operational capability.

In August 2026, the U.S. Army’s DEVCOM Armaments Center signed a research agreement with Tiberius to help develop and test the technology. The agreement is not a procurement contract, meaning no production orders have been placed yet.

Source: Tiberius Aerospace; U.S. Army DEVCOM Armaments Center; reporting from The Defense Post and European Security & Defence.

Can Humans Engineer Rain? Alaska Drone Experiment Sparks a New Debate Over Weather ModificationA U.S. startup, Rainmaker...
03/09/2026

Can Humans Engineer Rain? Alaska Drone Experiment Sparks a New Debate Over Weather Modification

A U.S. startup, Rainmaker, says it used autonomous drones and 19 silver-iodide flares over Alaska’s Kenai Peninsula on August 23, 2026, to seed existing clouds. The company estimates the experiment produced about 19 million gallons of additional precipitation—but that figure comes from the company’s radar-based analysis and has not yet established that the rainfall was entirely caused by the seeding.

Cloud seeding doesn’t create rain from clear skies. It attempts to enhance precipitation from clouds that already contain suitable moisture and atmospheric conditions. The Alaska experiment has also raised regulatory and environmental questions, particularly over who should authorize private weather-modification operations.

If independently verified, drone-based cloud seeding could become an interesting tool for increasing water supplies in drought-prone regions. But much more research is needed to determine its effectiveness, environmental effects, and whether such operations can reliably scale.

Source: The Independent, August 2026, reporting on Rainmaker’s Alaska cloud-seeding campaign.

Australia Is Slowly Colliding with Asia as Earth’s Continents Move Toward a Possible New SupercontinentAustralia is the ...
02/09/2026

Australia Is Slowly Colliding with Asia as Earth’s Continents Move Toward a Possible New Supercontinent

Australia is the fastest-moving continental landmass on Earth, drifting north-northeast at about 7 centimetres per year—roughly 1.7 times the average rate of fingernail growth. You can’t feel it, but precise GPS measurements can track this movement year after year.

That motion is already reshaping the region as Australia collides with parts of Southeast Asia, contributing to earthquakes, mountain building and other tectonic activity. But the really astonishing part is what could happen hundreds of millions of years from now.

Some geodynamic models suggest Australia could eventually become part of a future supercontinent called Amasia, perhaps 200–300 million years from now. That is a model-based scenario, not a prediction—but it shows how tiny movements, repeated for millions of years, can completely reshape Earth.

Source: Geoscience Australia; National Science Review (2022) on future supercontinent modelling.

Terraforming Mars May Be Possible—but Scientists Say We Still Have Huge Questions to AnswerScientists are exploring whet...
02/09/2026

Terraforming Mars May Be Possible—but Scientists Say We Still Have Huge Questions to Answer

Scientists are exploring whether Mars could one day be made warmer and more habitable. One proposed idea involves releasing tiny artificial aerosol particles into the Martian atmosphere to strengthen its greenhouse effect and raise temperatures—but researchers stress that this is still an experimental concept, not a near-term plan.

A proposed Mars technology demonstration could release less than 1 kilogram of sub-micron particles and track the resulting plume up to about 500 meters. Before anything reaches Mars, scientists would first need to test the technology on Earth and determine its effectiveness and environmental risks.

Terraforming Mars would be an enormous challenge, potentially requiring decades to centuries of research and investment. Scientists also need much better knowledge of Martian water ice, underground environments, climate, and any possible existing life before considering large-scale planetary modification.

Source: Space. com, June 22, 2026 — reporting on research led by Edwin Kite and colleagues.

A 49-Foot Drone Flew 10 to 16 Feet Above 74.6 Miles of North Sea Pipeline in a Single Pass.A 49-foot autonomous underwat...
02/09/2026

A 49-Foot Drone Flew 10 to 16 Feet Above 74.6 Miles of North Sea Pipeline in a Single Pass.

A 49-foot autonomous underwater vehicle called Freedom is changing how deep-sea infrastructure can be inspected. Developed by Oceaneering with support from energy companies including TotalEnergies, the vehicle inspected more than 120 km (74.6 miles) of North Sea pipelines while autonomously tracking the pipes and collecting detailed data with sonar and laser scanners.

What makes Freedom especially interesting is its ability to operate as a hybrid AUV/ROV and use subsea docking stations. Instead of constantly returning to a surface vessel, the robot can dock underwater, recharge and transfer data—potentially reducing vessel time and emissions. Oceaneering says the North Sea demonstration could cut inspection time and emissions by about 50% compared with existing approaches.

The technology has now moved beyond the oil industry. In October 2024, the U.S. Department of Defense's Defense Innovation Unit awarded Oceaneering a contract to build a Freedom vehicle for naval undersea applications. In July 2026, Oceaneering and Kongsberg were also selected for a separate U.S. Navy-related program exploring an extra-large uncrewed underwater vehicle.

Source: Oceaneering International; U.S. Defense Innovation Unit

A 19th-Century Museum Collection Helped Scientists Discover a “New” Frog Hiding in Plain SightFor more than a century, a...
02/09/2026

A 19th-Century Museum Collection Helped Scientists Discover a “New” Frog Hiding in Plain Sight

For more than a century, a common frog in the forests of western Ecuador and southern Colombia was mistaken for another species. Researchers have now formally recognized it as Pristimantis milpe, showing that even familiar and widespread animals can remain scientifically misidentified for generations.

The breakthrough came from comparing 19th-century frog specimens preserved at London’s Natural History Museum with living populations in Ecuador. Researchers found differences in body features, coloration and especially the males’ distinctive nighttime “click-like” calls. The frog is surprisingly widespread, occupying more than 67,000 km² of Chocó forest.

The discovery highlights why natural-history museum collections remain valuable: specimens collected hundreds of years ago can still solve modern scientific mysteries. Pristimantis milpe may have been hiding in plain sight—but careful taxonomy finally gave this overlooked frog its own identity.

Source: ZooKeys — Ron et al., “Long overdue: a new, widespread, species of Pristimantis…” (2026).
DOI: 10.3897/zookeys.1286.194383

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