Electronics News
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Two new ways to manipulate electron interactions, from Purdue University, open up new possibilities for the design and scaling up of quantum computing devices.
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Understanding why there is a speed limit on how fast the properties of light can be changed is the way forward for the next generation of consumer electronics including smart watches, screens and glasses, according to new research.
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Scientists have discovered an alternate way of conducting electricity between transistors without energy loss. This could spur developments in energy-saving electronics and quantum computing.
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A rare Earth element can provide a better starting material for the development of high-speed electronics, which can be used in communication devices.
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Chicago -
The existence of new form of electronic matter has been reported by scientists. This new phase is called called quadrupole topological insulators, previously predicted as part of theoretical physics.
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New Haven -
A science team has shown how bringing together an oxide and a semiconductor into a unique combination holds promise for the creation of a new generation of electronic devices.
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What will the next generation of power electronics be like and what are the key features required? One feature of interest is with reducing power loss. Aalto University researchers have a solution.
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By AFP
Toukyo -
Japanese electronics giant Sony is marking the year of the dog by bringing back to life its robot canine -- packed with artificial intelligence and internet capability.
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Scientists have developed an atypical means to make electrical switches more effective. This process involves the application of salt. The reason is to improve electronics at the nano-scale.
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A new discovery concerning the controlling of electrons in the 'super'- material graphene could lead to the future production of novel electronic devices.
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By AFP
Toukyo -
Toshiba said Wednesday it would sell its memory chip business to a group led by US investor Bain Capital, in a deal worth around $18 billion and seen as crucial to keeping the Japanese conglomerate afloat.
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The continual innovations with digital technology lead to a similar continual problem — the disposal of obsolescent items. Researchers have come up with a novel method, and it uses vinegar.
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Digital device development never stands still and the next big thing with devices could be the integrated of 3D holography. This area is attracting considerable interest from tech developers and with research centers.
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Researchers have taken a major step in terms of preventing counterfeiting. This is through generating unique atomic-scale identifiers based on the irregularities found in 2-D materials such as graphene.
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Researchers are developing a new method for creating thinner semiconductors through modifications to crystals. This promises to help ease in new generation of solar power.
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A polyacrylamide hydrogel has been developed. This should lead to super-stretchable and super-compressible supercapacitors for use with the growing trend for wearable electronic devices.
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Barcelona -
The current consumer demand for small-sized electronic devices requires new approaches for their design. One answer is nanowires, according to scientists from the University of the Basque Country.
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Austrian researchers have been looking into the uses of indigo pigment in electronics. This is because of the pigment possesses special semi-conductor properties.
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Sharp has claimed that Chinese electronics manufacturer Hisense is ruining its brand and reputation by selling poorly built televisions that wear its name. Hisense has a license to use Sharp's brand but is allegedly putting it on poor quality products.
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The future direction of electronic devices is centered on flexibility. This is a key design requirement for wearables as well as for portable devices. To achieve this flexibility needs to extend to every aspect of the device.
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Adelaide -
There are species of bacteria that efficient at processing of gold ore. Applications include recycling electronics as well as use in exploration for new deposits. A new study demonstrates the advantages.
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Researchers have used a process called ice-templating to control the electrolyte structure in lithium batteries. The process is non-flammable, non-toxic and flexible, and leads to longer battery life.
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Melbourne -
Advancements in electronics can be made through flexible and dynamically reconfigurable soft circuit systems. This involves taking electronics beyond the confines of solid state circuits, according to Australian researchers.
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Dublin -
Progress has been made with printed electronic circuits and these pave the way for further advances with smart devices. The flat printed circuits can be embedded into flat structures, such as plastic and cardboard.
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Led by the University of Delaware's Saleem Ali, an international team of researchers is warning that greater global political and scientific cooperation will be required to secure resources needed in the future.
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An electronics enthusiast has demonstrated a homemade smartwatch that runs Windows 98, an almost two decade-old operating system built for desktop PCs. The functioning touchscreen watch is powered by a Raspberry Pi microcomputer.
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Imagine being in a room and charging your smartphone or other mobile device wireless, simply by connecting to Wi-Fi? This is will soon be possible thanks to Disney Research.
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Coventry -
By accurately measuring a range of so-called 'wonder materials', British scientists have taken a step-towards the development of a new generation of flexible electronics.
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Apple is planning to appeal a "right to repair" bill that could force it to provide parts and repair manuals for its devices. The Right to Repair movement is gaining momentum, lobbying companies to let consumers fix their own devices.
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A new process, using pulsed light, could provide the basis for a new generation of flexible electronic devices. The new technique involves varying the density of the treated conductive material.
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Electronics Image
The friendly new electrode is comfortable and accessible, allowing users to carry on as usual with their daily routines, while monitoring their muscle activity for many hours, for a range of medical and other purposes. Prof. Yael Hanein
Close up of a silicon chip Ioan Sameli
Tony Thompson shows his hand made robot.
The front of Carbon Computing, an electronics store in Toronto Courtesy Carbon Computing
Button batteries James Bowe
A Radio Shack store is seen at the West Valley Mall in Tracy, Calif., 60 miles east of San Francisco. Davidcaballero864/Wikimedia Commons
Human brain. National Institute of Mental Health
Home Automation Setup with a Built-In Controller pcdude2143
Throngs of people come over to CES every year Wikimedia Commons
A Raspberry Pi computer Jwrodgers
TV and Computer Monitor Recycling Pen This pen is at the Gravel Pit Lane recycling facility.The change from CRT to Flat Panel technology is responsible for an enormous amount of electronic waste. (Image dated: Oct. 28, 2008. David Wright
A single circuit board, foreground, that when joined with others forms the experimental array of the quadrupole topological insulator. L. Brian Stauffer / University of Illinois at Urbana-Champaign
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