James Romero

A science writer interested in variety of subjects including geology, planetary science, astronomy, astrobiology and archaeology.

In my career I have contributed articles to the likes of BBC Science Focus, National Geographic, New Scientist, Discover Magazine, Physics World, The Biologist, All About Space magazine, Space.com and Sky and Telescope magazine.


Please get in contact via email - mrjamesromerouk@gmail.com

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800,000 years ago, a huge meteorite hit Earth. Scientists may have just found where.

In 2011 geologist Kerry Sieh and his husband were shopping in Ho Chi Minh City, Vietnam, when they popped into a little jewelry shop to check out the country’s famous rubies and spinels. But once inside, a set of glassy, black blobs on the wall behind the counter caught Sieh's eye. “Tektites,” announced the cashier, handing over a photocopied paper that indicated they formed in a mysterious meteorite strike—Earth’s last major impact, in fact, a catastrophic collision that could have been witnessed by our ancient hominin relatives......

The Caveman's cookbook

Picture a prehistoric meal and what comes to mind? A fireside meat feast, perhaps served with a side of foraged nuts and fruit? Archaeologically speaking this scene, reminiscent of so many Hollywood films and museum dioramas, carries some weight. Butchered bones, discarded fruit stones and cracked nut shells are found in large quantities at hunter-gatherer settlements around the world. However, the adoption of techniques from the biological sciences are showing us another side of palaeolithic cuisine.

Halley's Comet and Maya Kings: Did a spectacular, once-in-a-millennium meteor shower prompt the crowning of a king?

It's the evening of April 10, AD 531, in the city of Caracol, a regional political center located within the foothills of the Maya Mountains. The Moon set a few hours earlier, and a blanket of stars, concentrated overhead into a wispy Milky Way, is prominent in the pre-morning twilight. Suddenly, a brilliant shooting star streaks across the sky. Almost immediately, another star falls from the heavens, and then another.

Hunting the hidden quarks

These objects now form the basis for our physical understanding of the universe” read the California Institute of Technology press notice, issued last May. It was released to mark the passing of the man who had given the world the fundamental building block of nature. Murray Gell-Manns named his discovery the ‘quark’, though discovery is probably the wrong word. The quark was only proposed back in in 1964 to provide a tidy solution to a messy situation particle physics had found itself in.

Neolithic Foodies: How we know that caviar was on the menu 6,500 years ago

Burnt food crust stuck to the bottom of a lazily washed 6000 year old German clay pot is the earliest evidence of caviar being prepared and eaten by ancient people. The discovery of the decadent dish is the latest demonstration of the archaeological potential of a modern protein analysis technique more commonly used for drug targeting, and more controversially to extracting proteins from dinosaur fossils

Saturn’s Rings Could Have Formed when Dinosaurs Walked the Earth | Planetary Science | Sci-News.com

Saturn’s rings are billions of years younger than we thought, say Cornell University researchers analyzing an almost forgotten set of data, collected 10 years ago by NASA’s Cassini mission. Following 10 years of Cassini orbiting and observing the planet, scientific thinking suggested an ancient origin, billions of years ago. However, efforts to pin down a more definite age have stalled as researchers struggled to determine the rings’ exact composition. Whilst we know they are predominantly co

Weird orbits hint 'Planet Ten' might lurk at solar system edge

Astronomers studying icy objects in a distant region called the Kuiper belt say an unconfirmed planet with similar mass to Mars could be responsible for tugging them out of alignment THE dark outer reaches of our solar system could be hiding a new planet – the ninth or tenth, depending on who’s counting. The as-yet-unconfirmed world, thought to be around the mass of Mars, would explain the wonky orbits of a group of icy objects in a region known as the Kuiper belt. This region starts beyond Ne
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