Mason Inman - science journalist

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my recent articles

'Pulp-based computing' makes normal paper smart

9 September 2007, for New Scientist

Boxes that sense the weight of their contents and books that talk back when pages are turned could be developed using technology being tested by researchers at MIT in the US.

They are making paper with wires, sensors, and computer chips embedded, a technology dubbed 'Pulp-based' computing.

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Born to shop?

7 September 2007, in Science

Women have an evolved knack for remembering where to find edible plant matter, a new study argues.

Rafts of studies have shown that men trump women at many spatial skills, a spillover from our past, say evolutionary psychologists, when men were the hunters and women the gatherers. Studies have also shown that women beat out men in recalling objects' locations. But no one had tested this skill with foods.

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NASA Clean Rooms Brimming With Bacteria

7 September 2007, for National Geographic News

The seemingly spic-and-span rooms where NASA assembles its spacecraft aren't quite as clean as experts had thought, a new study suggests.

A surprising diversity of bacteria thrive in at least three of the space agency's so-called clean rooms, genetic testing has revealed.

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Flexing Muscle Sheets Made With Rat Heart Cells

6 September 2007, for National Geographic News

Imagine origami that can fold itself into the shape of a fish or a slug—and then swim or crawl around under its own power.

Researchers at Harvard University have created thin sheets of elastic film studded with rat heart muscle cells that are bringing that fantastic scenario closer to reality.

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Muscular films promise body parts and biomachines

6 September 2007, for New Scientist

Thin sheets of polymer coated with living muscle could be used to test new drugs, repair damaged body parts, or even create life-like bio-machines, researchers say.

The Harvard University team created the "muscular thin films" by attaching muscle cells to elastic polymer sheets. By laying down striped patterns of proteins on these polymers, they were able to make the muscle cells arrange themselves into muscle fibres, similar to those in animals.

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Turbulence Key to Planet Formation, New Study Suggests

4 September 2007, for National Geographic News

Swirling eddies and chaotic vortices are crucial to the formation of new planets, suggests a counterintuitive new study.

Such turbulence is vital to helping planets go from "toddler" to "teenage" size by helping rocks and boulders stick together, the computer simulation hints.

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Frozen Bacteria Repair Own DNA for Millennia

27 August 2007, for National Geographic News

Bacteria can survive in deep freeze for hundreds of thousands of years by staying just alive enough to keep their DNA in good repair, a new study says.

In earlier work, researchers had found ancient bacteria in permafrost and in deep ice cores from Antarctica.

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Artificial intelligence system predicts medicine's hidden powers

24 August 2007, for New Scientist

Treatments for new or drug-resistant infectious diseases may already be in our medicine cabinets, say the molecular biologists responsible for developing an artificial-intelligence system that can predict unknown antibiotic properties of existing drugs.

The hope is that the work will result in an armoury of new treatments that can be rushed into service when standard treatments stop being effective or new pathogens arise.

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Gaping "Hole" in the Sky Found, Experts Say

24 August 2007, for National Geographic News

There is a yawning gap of sky nearly a billion light-years across that contains no matter, a new study suggests.

But some researchers aren't buying it, in part because it would be a monumental surprise to find a void that large.

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T. rex could catch a human, simulations show

22 August 2007, for New Scientist

Humans are fortunate not to have lived alongside Tyrannosaurus rex.

The most sophisticated computer analysis of the gait of several two-legged dinosaurs suggests that even the lumbering T. rex could have kept up with an Olympic sprinter. Smaller dinosaurs, like the Velociraptor, could have outpaced the fastest humans with considerable ease.

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