Can nanomaterials tool up space missions?
We look at whether the multifunctional properties of nanomaterials could earn them a place on missions into space
Read article: Can nanomaterials tool up space missions?
Read article: Can nanomaterials tool up space missions?
Can nanomaterials take on the extremes of space?
From the furnace of take-off to the cold radiation-laden environment of space, extraterrestrial missions place high requirements on material properties
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Print me an organ
As innovations in 3D bioprinting begin to impact the commercial and clinical worlds, Margaret Harris explains how these advances could prove significant
Read article: Print me an organ
Making health digital
With a huge array of gadgets available to help us track our health, what will be the next big innovation? Jess Wade highlights her eight favourite future technologies
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Liquid mysteries
John Proctor explains how liquids still puzzle scientists, despite being one of the three basic states of matter
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Down to earth
How optical technologies developed for astronomers are making their mark in other fields
Read article: Down to earth
Machine vision with depth
Janelle Shane explains how improvements in lidar steering technologies could pay off for autonomous vehicles
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A better virtual experience
The vergence-accommodation conflict is one of the thorniest problems in virtual reality optics. Margaret Harris assesses strategies for tackling it
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Stephen Hawking’s scientific legacy
Stephen Hawking changed our understanding of the universe and inspired generations of scientists. Seth Lloyd looks at the icon’s most famous achievements and breakthroughs
Read article: Stephen Hawking’s scientific legacy
Rooted in physics
A plant's roots might be hidden from our view but they're vital to its survival. Jess Wade describes how physicists are developing techniques to study how roots respond to electric fields
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