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Imperial College

The image shows an x-ray radiograph of a resolution test target, with features as small as...

Researchers have created a tabletop device that produces synchrotron X-rays, the energy and image quality of which are as good as some of the largest, most expensive X-ray facilities on the planet. It uses a high power laser combined with a tiny jet of helium gas to produce an ultrashort high energy beam, that could be used for everything from examining molecules to checking the integrity of airplane wings. Read More

Imperial College's SRZERO EV has  completed two laps of on the M25 motorway

UK students have driven an electric car around Greater London twice on a single charge. Using a specially modified electric Radical SRZERO supercar, the Racing Green Endurance (RGE) team from Imperial College completed two laps of the M25 motorway in the wee hours of Friday morning, covering a total distance of 250 miles (400km). The feat is a lead up to an attempt later this year at becoming the first EV to conquer the longest road on Earth - the Pan American Highway. Read More

Imperial student demonstrates how neurotechnology works

Remember when the simple paddle game Pong generated a world-wide buzz of excitement? Those days may just have returned with the announcement that students from Imperial College London have created an interface using off-the-shelf components which tracks eye movement and enables a bespectacled user to play the game hands-free. Read More

Food packaging is just one of the potential applications of the compostable sugar-based po...

Traditional environmental enemies food packaging and other disposable plastic items could soon be composted at home along with organic waste and not collected for landfill thanks to a new sugar-based polymer being developed at Imperial College London. The degradable polymer is made from sugars known as lignocellulosic biomass, which come from non-food crops like fast-growing trees and grasses, or renewable biomass from agricultural or food waste. Read More

The composite material releasing electrical energy to power a small light (Photo courtesy ...

The problem is clear. Hybrid cars and EVs rely on batteries for power, but batteries are bulky and heavy, causing the car to use up more energy. But what if a car's bodywork was made of a strong, lightweight material that could store and discharge electrical energy just as a conventional battery does? In pursuing this goal, researchers at the Imperial College London are developing a key building block for the hybrid car of the future, and the implications go way beyond automobiles - think wafer thin mobile phones and laptops that don't need a separate battery because they draw power from their casing. Read More

Scientists are hoping their computing tool prototype will lead to better crops, like longe...

Researchers engaged in developing new strains of crops, such as drought-resistant wheat and new pesticides that are more environmentally-friendly, are also creating a computing tool that could help scientists predict how plants will react to different environmental conditions. It’s hoped their findings will help create better crops, such as tastier and longer-lasting tomatoes. Read More

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