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Category: electronics – Page 73

Scientists have developed an electronic sensor that is hypoallergenic, breathable and can be worn constantly for a week, enabling continuous, unobtrusive health monitoring.

The patch, developed by scientists at the University of Tokyo, is, according to its creators, so thin and light that the majority of users will forget they are even wearing it – a far cry from many of the weighty or uncomfortable health monitoring solutions currently available.

Designed to withstand repeated and continuous bending and stretching, the patch can be worn during a host of day-to-day activities, including sports. As a result its creators believe it could be used not only in healthcare settings, but also to monitor professional athletes.

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Technology can be wonderful. But how do you keep track of yourself when technology allows you to be everywhere at once?

In this film Prof. Yair Amichai-Hamburger (director of the Research Center for Internet Psychology at the Sammy Ofer School of Communications) argues that even though technology allows us to reach out and connect more easily than ever before, if we don’t ever take a step back, we can lose track of our humanity in the process.

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Engineers have developed a type of camera that doesn’t require any lenses. They’re replacing curved glass with something that does the same job computationally – an ultra-thin optical phased array.

Researchers hope that the findings could turn a wide range of flat surfaces into image collectors.

To capture the perfect selfie or Instagram photo, cameras use lenses. In digital cameras, the lenses are used to focus the light on to a digital sensor. The optical phased array has a group of light receivers that adds a minute delay to the light as it is captured. This allows the camera to switch focus and look in different directions using nothing but electronic trickery.

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Drones. Drone is a word you see pretty often in today’s pop culture. But drones seem to be an extremely diverse species. Even flightless vehicles are occasionally referred to as drones. So what exactly is a drone?

In this video series, the Galactic Public Archives takes bite-sized looks at a variety of terms, technologies, and ideas that are likely to be prominent in the future. Terms are regularly changing and being redefined with the passing of time. With constant breakthroughs and the development of new technology and other resources, we seek to define what these things are and how they will impact our future.

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The smallest and most advanced chips currently commercially available are made up of transistors with gates about 10 nm long, but IBM has now unveiled plans to cut them in half. To create 5 nm chips, the company is ditching the standard FinFET architecture in favor of a new structure built with a stack of four nanosheets, allowing some 30 billion transistors to be packed onto a chip the size of a fingernail and promising significant gains in power and efficiency.

First coined in the 1970s, Moore’s Law was the observation that the number of transistors on a single chip would double every two years. The trend has held up pretty well ever since, but the time frame of the doubling has slowed down a little in recent years. In consumer electronics, 14 nm chips are still stock-standard, but advances from the likes of Intel and Samsung mean that 10 nm versions have started hitting the high-end market.

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Toronto-based eSight Corp. has launched a pair of electronic glasses that allow the legally blind to see. The eSight3 glasses use high-tech image processing to give those who are legally blind the chance to experience what it is like to have 20/20 vision.

Users can control a variety of functions that are important for vision, including magnification, contrast, brightness and focus. Videos projected onto two OLED screens in front of the eyes allow the user to see the different functions in action.

ESight glasses are ideal for a number of conditions, including for people who have optic nerve hypoplasia, ocular albanism, forms of glaucoma and more, according to the company.

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In Brief Researchers have found a way to bridge the gap between light and electricity—the two main components of current data transmission. Using the liquid light produced by polaritons, they were able to unite the two, a development that would lead to faster data transmission.

As we reach the smallest units known to physics, it’s becoming more apparent than ever: Moore’s Law can’t hold strong forever. But although it seems we are exhausting the extent to which we can miniaturize processors (as far as we know now), it seems Moore’s Law won’t be scrapped for good…at least not entirely.

Researchers the world over are coming up with different approaches to pack more power and speed into the smallest particles. And a new study from the University of Cambridge, in collaboration with researchers from Mexico and Greece, is adding to the arsenal. Researchers found a way to unite electricity and light using a miniature electro-optical switch that creates and manipulates liquid light—as in similar glowing fluids like those in glow sticks.

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