- Under The Hood: Intel's New 3D SSDs And New PC Cases
- Fitbit's New Charge 2 And Flex 2 Are More Accurate Than Ever
- 'Fast' Doesn't Tell Us How Fast Your Broadband Is, Telcos
- One Idiot's Quest To Fix A Broken Tablet Screen
- Win! A Massive Captain America: Civil War Poster And Dendy Direct Gift Cards
- Year-Long Simulation Of Humans Living On Mars Comes To An End
Under The Hood
Thinking about an upgrade? Under The Hood tells you what's new this week in PC tech.
Tired of walking? Future Movers is our roundup of the week's biggest news in powered transport.
This week on Fitmodo, bagpipes, LSD and Apple Health.
Gizmodo Movie Night
It's almost the weekend, and that means you should book in another Gizmodo movie night.
This week on Fitmodo: the real Paleo diet, Aussie vax rates up and more!
Puffin Browser for Android, ProCam 3 for iOS and more!
This week on Fitmodo: does dental floss work, millennials having less sex, and more!
Star Walk 2 for Android, Leaping Tiger for iOS and more!
Noctum Iconpack for Android, Hypelight for iOS and more!
FineScanner for Android, VisualRuler for iOS and more!
The worst thing about working with handheld power tools is the constant and intense vibrations from oscillating parts that leave your hands and arms shaking, and make it harder to do detailed precision work. So researchers developed a handheld oscillator with 70 per cent less vibration and half the noise.
It’s no surprise that the diamond industry is willing to spend whatever it takes to make the process of mining precious gems even more profitable. And while it already relies on X-ray technology for spotting diamonds on the surface of mined ore, researchers at the Fraunhofer Institute’s Development Center for X-ray Technology EZRT have developed a way to now spot them buried inside rocks.
Wires, pipes and metal rails are produced at incredibly high speeds in factories. Often as fast as 10m per second, which makes doing detailed inspections as the materials are produced almost impossible. But researchers at the Fraunhofer Institute for Physical Measurement Techniques IPM in Freiburg, Germany, have found a way using high-speed cameras and LED flashes brighter than the sun.
Not only is styrofoam great for all your packing needs, it also makes for an incredibly effective and lightweight insulator. It’s just too bad the chemicals and processes needed to make it aren’t as earth-friendly as they could be. So researchers at the Fraunhofer Institute have successfully created an alternative made from our most popular renewable resource: wood.
CT, or computed tomography, scans are to X-rays what 3D movies are to classic 2D flicks. But instead of being just some gimmick to lure patrons into a theatre, CT scans result in 3D models that let doctors study internal medical conditions in amazing detail. But why stop there? Researchers at the Fraunhofer Institute have now built a monstrous CT scanner that can scan entire cars and even shipping containers.
In the same way the Lytro camera allows photographers to tweak the focus of their shots in post-production, this multi-camera array, developed by researchers at the Fraunhofer institute, allows directors to adjust the depth of field, the aperture, and even the camera angle of a given shot after it’s been captured. The phrase ‘fix it in post’ now has a whole new dimension.
There’s usually a talented director calling the shots at televised live events like sports or a concert, but researchers at the Fraunhofer Institute want to put some of the control in the hands of the viewer at home. They’ve developed the OmniCam360, an ultra-compact 360 degree camera weighing in at just over 30 pounds that can be easily set up by a single operator.
Window sensors have long been a part of security systems, but since they all rely on wires so they can be constantly monitored, there’s the potential for them to be compromised. That’s not the case with these new wireless sensors that are invisible when installed, and don’t even require an outside power source.
It’s not the first technique for measuring blood sugar levels that avoids the finger prick blood sample route, but this tiny unobtrusive chip could be the least invasive yet. It’s able to make incredibly accurate blood glucose readings from a diabetic’s tears or sweat, and then wirelessly transmit the results for easy monitoring.
If you’re low on the corporate ladder at work, you’re probably stuck under a bank of fluorescent lights without a window in sight. But with Fraunhofer’s new LED enhanced ceilings, a beautiful sky view doesn’t require a corner office.