Your smartphone is a remarkable feat of engineering. It’s half a dozen or more gadgets packed into a single slab. Much of it’s coolest feats are accomplished with a wide range of sensors — but what are they and what do they all actually do?
Usually, the only thing I can tell from another person’s breath is whether they’re drunk (or the last time they’ve brushed their teeth). But an international team of scientists has created a system that can diagnose disease solely from the chemicals you exhale. A disease fingerprint for your breath. A breathprint of…
Now I’m not a baby, but I can imagine it would be really cool if my parents just knew it was diaper changing time without me crying about it and disturbing everyone within a thirty-mile radius. A team at Ritsumeikan University in Japan gets it—they’re working on a urine-powered diaper sensor that can tell when it’s…
The battle is on. Tesla is accusing Mobileye, a former supplier, of blocking the development of its own proprietary vision system used in the Autopilot driver-assistance feature.
You may never again have use for that stud sensor buried in your kitchen’s utility drawer with a new sensor for Android smartphones called the WalabotDIY that promises to let your device peer right through walls revealing everything from pipes, to wiring, to even unwanted pests hiding between rooms.
To beat cancer, early detection is crucial. Now, a team of Japanese and American scientists has revealed extremely thin sensors that could one day be built into skin-tight, tumor-detecting gloves for doctors, who can share digitized findings with other physicians.
If you get an Uber and your driver speeds, it isn’t your word against theirs if you want to complain. That’s because Uber has announced that it’s started to use gyrometer and GPS data to keep an eye on the behavior of its drivers.
The digital tattoos of the future have for years remained just that. But now a company called MC10 has announced two new commercial wearable devices that will stick to your skin to keep an eye on your health.
This minuscule chip can measure the temperature wherever it’s placed—and it never needs a battery, because it’s powered by the radio waves from the same wireless network that it uses to communicate.
It sounds like it could be something that Q hands to Bond, but researchers have developed a way to incorporate carbon nanotubes into chewing gum so that the sticky mass can be used as a stretchable, bendable medical sensor.
You don’t need to know enough about it to build one yourself, but a little knowledge of how digital cameras actually work can help improve your photography game. So if you’ve got an extra 13 minutes at your disposal today, watch this wonderful explainer of how a camera’s sensor works.
Five long years ago, a company called InVisage showed off a new kind of smartphone camera sensor called QuantumFilm, which used quantum dots for improved sensitivity. Now, you can finally see a short film shot using the technology.
From 1968 until 1973, the US military spent about $1 billion a year on a new computer-powered initiative intended to end the war in Vietnam. It went by many names over the years — including Practice Nine, Muscle Shoals, Illinois City and Dye Marker. But today it’s most commonly known as Operation Igloo White.
Many autonomous cars use LIDAR — a kind of laser-based radar — to sense the world around them. But now a researcher has developed a simple system that can fool the devices into seeing objects where really none exist.
Aerosense, Sony’s new drone business, just released video of its drone prototype flying, and it’s so cool I kind of wish I had the ability to Honey I Shrunk the Kids myself so I could fit inside it.
How did I just do that? I’m using Windows Hello, a new feature of Windows 10 that can log you in with your face instead of a password.
Sony is making drones now, partnering with an autopilot technology startup to create a drone company called Aerosense. This might seem like a strange zag into an unfamiliar business for Sony, but it dovetails with the company’s mission to become a sensor powerhouse.
Back in 2011, a team of volunteers crammed Geiger counters into bento-shaped boxes to map the radiation following the Fukushima meltdown. It turned into the biggest collection of radiation data in history. Next up: tackling air pollution.
It is not easy for a human to traverse the deep, cold waters of Antarctica. It is easy, however, for seals to swim through them. For the past decade, scientists have been turning elephant seals into live, swimming sensors to monitor those waters. Now, the data’s going public.
Roaming around the floor of Google I/O we got our hands on one of the prototypes from ATAP, Google’s DARPA-like experimental lab. It’s called Project Jacquard, and it’s nice n’ soft. It’s a fabric that can control your phone.