Float Like a Cadillac, Sting Like a Beemer

<div class="separator" style="clear: both; text-align: center;"> <a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjY2zIQDGRCCgKVbv0Og-A5DxnmR_ZOY4_YE87EbHOAmgGg5l6wl_qGTdpnpUxjgRRAZ7Grk246bhAGsajoI4nD3v3bGZUE9WZyZ7XGu-fm71Awt5XzQn94D0IvWbSlpi9ItOnCVzWSJbxi/s1600/images.jpg" imageanchor="1" style="margin-left: 1em; margin-right: 1em;"><img border="0" height="130" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjY2zIQDGRCCgKVbv0Og-A5DxnmR_ZOY4_YE87EbHOAmgGg5l6wl_qGTdpnpUxjgRRAZ7Grk246bhAGsajoI4nD3v3bGZUE9WZyZ7XGu-fm71Awt5XzQn94D0IvWbSlpi9ItOnCVzWSJbxi/s320/images.jpg" width="320" /></a></div> <h2>  </h2> <h2> The car woke from its nap and drove over to where they were waiting. </h2> As they approached, a female’s voice rang out from the car to say, “Please go ahead,” letting them know that it was safe to pass in front of the car. Using sensors, the car had detected that there were others nearby and automatically started slowly opening the car’s four bay doors. Sounds futuristic? Of course, it does. But what you just read was what had been experienced by the very fortunate Verne Kopytoff of Fortune.com, as he took a ride in Mercedes-Benz F 105 autonomous car, earlier this year. A world with vehicles as intelligent as those in the Disney movie, Cars, would truly be a wonderful place to live in, but there is quite some distance to go. As kids on a family trip would say, “Are we there yet?”<br /> <br /> <h3> Your car is your new gadget</h3> The colossal power of the Internet is now within your car’s grasp. Android Auto. Android Auto is a telematics standard that allows you to connect your car to an Android operating system (OS) on your phone or tablet. Hyundai had demonstrated this on a Sonata car at CES 2015, earlier this year, but the bigger news is that, Google has recently released an application program interface (API) that has triggered the race among app makers to begin creating apps for your car. Apart from minor things like using WhatsApp through your car, Android Auto should allow you to control your phone and car functionality through the now familiar, ‘Ok, Google…’ command. Google touts invehicle messaging as one of the features, but is that really a smart move for the driver? Apple CarPlay. On the other hand, Apple has its CarPlay that was also featured in Hyundai’s Sonata. However, since the API has not been made public as yet by Apple, there is not much to do for it right now. This also means that there will be limited apps upon launch.<br /> <h3> Controlling more than just the infotainment system</h3> Of course, Auto and CarPlay are just how regular consumer electronics firms look at this emerging space. Security. Car manufacturers like Chevrolet and GMC have their own elaborate systems, which include features like over-theair (OTA) updates for your car, just like your Dilin Anand is a senior assistant editor at EFY Float Like a Cadillac, Sting Like a Beemer  Tech Focus smartphone has now. This means, new engine-management functions and security features would be just a download away. These software updates in cars even add features like automatic emergency braking and blind-spot warning. Engine management. What is more interesting is that, in some cars like Tesla, these software updates can increase acceleration, economy or top speed of your car after it gets installed. Expect a day in the future when you can buy car-performance upgrades through app-like downloads, instead of going to the workshop to get the engine modified. Convenience. Our own desi company, Mahindra Reva Electric Vehicles (MREV), has an amazingly connected electric car in the guise of e2o. Users are able to control various elements in their car through a smartphone from anywhere in the world—from turning on the AC to pre-cool the car before you take your family out on a hot summer afternoon, to remotely locking the car and even charging it. An interesting feature is REVive, which enables the driver to use the smartphone to activate an additional reserve of eight kilometres of range if the car runs out of power. Safety. Chevrolet is believed to be planning to use its onboard 4G LTE Wi-Fi and OnStar RemoteLink smartphone app to alert owners if their car is about to break down. Another example is when National Highway Traffic Safety Administration made two recall announcements. While this would normally require owners to bring in their cars to get it fixed, Tesla was able to solve the problem via a simple software update.<br /> <br />

Float Like a Cadillac, Sting Like a Beemer

  The car woke from its nap and drove over to where they were waiting.  As they approached, a female’s voice rang out from the car to ...

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More power to electric vehicles

<div class="separator" style="clear: both; text-align: center;"> <a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiK35T6v-QSYVNrvQS5sX8QOxoaOTJJ-t8LlxYjThMoSh1x5t0lDUAvahgmNzUyulxE__D4n_uiv_3ehtiD_I_kEKAfkpIc1htvo78UnbB1pvy5rkW6mjyFQhZziov494B5ySnfJkgsPUJZ/s1600/index.jpg" imageanchor="1" style="margin-left: 1em; margin-right: 1em;"><img border="0" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiK35T6v-QSYVNrvQS5sX8QOxoaOTJJ-t8LlxYjThMoSh1x5t0lDUAvahgmNzUyulxE__D4n_uiv_3ehtiD_I_kEKAfkpIc1htvo78UnbB1pvy5rkW6mjyFQhZziov494B5ySnfJkgsPUJZ/s1600/index.jpg" /></a></div> <h2>  </h2> <h2> While smartness is one </h2> of the dominant quests in the automotive industry, the other is the quest for efficient electric vehicles that could reduce environmental hazards of the ever-increasing number of vehicles plying on roads today. Understandably, several research initiatives are targeted at this. Tiny yet powerful nanopores. In a US Department of Energy-funded research at University of Maryland, the team has invented a tiny structure that includes all components of a battery, representing what they claim to be the ultimate miniaturisation of energy-storage components. Called nanopore, this structure features a tiny hole in a ceramic sheet that holds the electrolyte to carry the electrical charge between the nanotube electrodes at either end.<br /> The battery can be fully charged in 12 minutes and can be recharged thousands of times. Millions of these nanopores can be combined into one larger battery, the size of a postage stamp. Since all nanopores are sized uniformly, it is possible to cram innumerable units into a single battery. Such thin, small and efficient batteries are expected to revolutionise electric vehicles (EVs) as it is possible to store lots of energy within a small footprint and in a very light package, too.<br /> Pop goes the crystal, catching all the light. Recently, a team of scientists led by Prof. Jagadese J. Vittal at National University of Singapore (NUS) discovered a chemical reaction that can make microscopic crystals leap distances of hundred times their own size when exposed to ultraviolet (UV) light. This distance is comparable to a human jumping several metres. In simple terms, this is the conversion of light energy into mechanical motion. But, what makes it so exciting is that, it is the first time scientists have found such a photosalient effect driven by a photochemical reaction in solids, which makes it amenable to several applications. For instance, it could result in a fresh new approach for directly converting solar power into mechanical motion, such as the movement of light-driven actuators and mechanical devices. Another positive note in this research is that, this phenomenon comes into effect even when crystals are irradiated with weak UV light. Perhaps one day, this would lead to EVs driven directly by the sun with not many middle men in between. Nano gives superpower to supercars. Another nanotech breakthrough in this space comes from Queensland University of Technology (QUS). Here, researchers have developed lightweight supercapacitors that can be combined with regular batteries to give a power boost to electric cars. An electrolyte is sandwiched between two all-carbon electrodes to make a thin and strong film with high power density. These film-like supercapacitors can be easily embedded into a car’s body panels, roof, doors and so on. Being super-efficient and capable of covering a large area, these can store enough energy to charge a car’s battery in just a few minutes. According to a press report, “Supercapacitors offer a high power output in a short time, meaning, a faster acceleration rate of the car and a charging time of just a few minutes, compared to several hours for a standard electric car battery.” While currently supercapacitors are used along with li-ion batteries, in the future, they hope that supercapacitors will be capable of storing more energy than li-ion batteries and releasing this energy up to ten times faster, so that a car can be entirely powered by the supercapacitors in its panels. Expected to become a reality in a decade or so, such a car can run up to 500km on a single full charge. Indeed, so much is happening in the automotive industry to improve driving comfort, safety and energyefficiency that, it is mind-baffling. In an amazing opinion piece in The Guardian, Tom Chatfield writes, “For those of us who do drive, the moment we get behind the wheel, we are embarking upon the most skilled, perilous and logistically fraught act of our daily lives. We are sitting inside the most expensive hunk of consumer technology we own.” No wonder, he believes that smartcars will become much more popular that wearables. Yes, we are at the threshold of the age of the drivables!

More power to electric vehicles

  While smartness is one  of the dominant quests in the automotive industry, the other is the quest for efficient electric vehicles th...

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Taking care of every small detail

<div class="separator" style="clear: both; text-align: center;"> <a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiI5iRRaK9tZ6K6espJEbquTkGURzeDFj-9DduMqb3WkTK_2loUxdTP5PEt6fCtqpXEbka-4nCPlJs8OWl1ObvaP5W1E2VVhNC31aMEvAJN5qrrNuPEM4WFm-JHbkBlHkYhBE_7lac5FJOl/s1600/index.jpg" imageanchor="1" style="margin-left: 1em; margin-right: 1em;"><img border="0" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiI5iRRaK9tZ6K6espJEbquTkGURzeDFj-9DduMqb3WkTK_2loUxdTP5PEt6fCtqpXEbka-4nCPlJs8OWl1ObvaP5W1E2VVhNC31aMEvAJN5qrrNuPEM4WFm-JHbkBlHkYhBE_7lac5FJOl/s1600/index.jpg" /></a></div> <h2>  </h2> <h2> No road is 100 per cent safe to drive on. </h2> There are invariably some blind spots, which sometimes lead to accidents. In a quest to avoid this, Jaguar Land Rover is developing a smartwindscreen that uses two technologies, which they call transparent pillars and follow-me ghost cars. Based on the understanding that the pillars supporting the roof of the car obstruct the driver’s view, the company is developing transparent pillars. This would be achieved by embedding screens on the insides of the pillars to relay a live video feed from cameras covering various blind spots around the car. Their futuristic heads-up display technology will add to this unobstructed view, by providing information to keep the driver’s full attention on the road. For example, the movement of others on the road could be highlighted with an onscreen halo moving across the car’s virtual windscreen. Further to these navigation aids, a ghost car could be projected in front of the car for the driver to follow, in case of difficulty in navigating through busy urban roads. These concepts are part of a suite of connected technologies being developed by Jaguar Land Rover to improve road safety. According to the company’s press reports, the full potential of this windscreen would be delivered by connecting it to the cloud.

Taking care of every small detail

  No road is 100 per cent safe to drive on.  There are invariably some blind spots, which sometimes lead to accidents. In a quest to a...

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Robot city to test driverless cars

<div class="separator" style="clear: both; text-align: center;"> <a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhbsCxZfgvko8AMqzLFBdiU3Mn5LKuIiSsY_fgXbdAM6Pyc3bdOKSxVGftQlAYQMz1ge0UPvIPBKVvcOvUeSorqlVu9yh2AMIUPU1IYvsjdOna5ctG6cuV6YnGAN0Q_z3lrUPlN2Dw42Ej4/s1600/index.jpg" imageanchor="1" style="margin-left: 1em; margin-right: 1em;"><img border="0" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhbsCxZfgvko8AMqzLFBdiU3Mn5LKuIiSsY_fgXbdAM6Pyc3bdOKSxVGftQlAYQMz1ge0UPvIPBKVvcOvUeSorqlVu9yh2AMIUPU1IYvsjdOna5ctG6cuV6YnGAN0Q_z3lrUPlN2Dw42Ej4/s1600/index.jpg" /></a></div> <h2>  </h2> <h2> Our stories this month </h2> might seem to be aimed at convincing you of the possibility of seeing driverless cars on our roads a decade down the line, but we can surely not convince you enough to let driverless cars be tested on the roads in the near future. Just recently, an investigation by Associated Press revealed that four of the 48 self-driving cars on California’s roads have been involved in four accidents since September 2014. Foreseeing this danger, University of Michigan has set up M City, a US$ 6.5 million, 23-acre, driverless mini metropolis. The city, set to open in July, has 40 building facades, angled intersections, a traffic circle, a bridge, a tunnel, gravel roads, obstructed views and even a four-lane highway with entrance and exit ramps. It tries to emulate real-life chaos as well. It is possible to reroute traffic, change signal durations and alter road layouts and building facades. Bad weather, traffic jams, people jaywalking, moms pushing strollers and senior citizens crossing the roads are all a common sight at M City. Fortunately, these are just mechatronic pedestrians testing the sensors and automatic brakes of autonomous vehicles. Self-driving cars being tested there can sense each other, the environment and so on, to ease congestion and improve road safety. Car pooling in driverless cars, inter-car communications to optimise routes and pick-ups, etc can all be tested to help taxi operators improve the efficiency of operations. It is no wonder industry majors from Ford and Toyota to General Motors are eagerly awaiting the facility’s inauguration.

Robot city to test driverless cars

  Our stories this month  might seem to be aimed at convincing you of the possibility of seeing driverless cars on our roads a decade ...

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Game to print your car

<div class="separator" style="clear: both; text-align: center;"> <a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgL1mL2uA_5uLOsXLUc32qykshkpR9VqFjYOGq31sHkcvCkSzZfkXNjsL8-MgQNSqBhBc0ZINI507evrDcPKbF2Bmirp5DFTXZ0eWMmS01UthXJ77cLud97OJKuJLDR0xKBG9UsWE_4OZ_O/s1600/images.jpg" imageanchor="1" style="margin-left: 1em; margin-right: 1em;"><img border="0" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgL1mL2uA_5uLOsXLUc32qykshkpR9VqFjYOGq31sHkcvCkSzZfkXNjsL8-MgQNSqBhBc0ZINI507evrDcPKbF2Bmirp5DFTXZ0eWMmS01UthXJ77cLud97OJKuJLDR0xKBG9UsWE_4OZ_O/s1600/images.jpg" /></a></div> <h2>  </h2> <h2> Talking of smartcars, </h2> here is a smart way to make your car! At the annual motor show in Detroit this year, Local Motors was seen 3D printing a car. The American motor vehicle company attaches no fixed location or mammoth factory to their brand. They call themselves a free online and physical workspace where creativity, collaboration and design drive vehicle innovations. They claim that the future will be characterised by microfactories, where small work are as will become car factories. Perhaps one day, you could use your garage for more than parking your car; you could be making cars in it! What makes us think so? Strati, the co-created car that was being printed at the motor show, is a twoseater that can go up to 40km per hour and is meant for local usage. It takes about 44 hours to digitally print the car as of now, but the company expects that by the end of the year, they will be able to do it in 24 hours, gradually taking it down to 10 hours to 12 hours. The frame and panels of the car are printed using carbonfibre-infused plastic. It comprises 200+ layers and weighs approximately 800kg. And all this is done using a machine that can comfortably sit in your garage. The company believes that the car would last five to six years if parked outside, exposed to the weather, and much longer if parked safely in a garage. It is fully-recyclable. So, when it is time for a change, you can salvage the recyclable material and sell it to the company. Local Motors has already opened bookings for the car, which is expected to be available this year. Quick to follow was Chinese company Sanya Si Hai 3D Technology Ltd, that also 3D printed a 500kg car in March this year. Dubbed Shuya and later called Tyrant Gold, this car was printed with a composite material in around five days. Although the car took much longer to print, its electric motor is capable of achieving the 40km per hour speed of Strati

Game to print your car

  Talking of smartcars,  here is a smart way to make your car! At the annual motor show in Detroit this year, Local Motors was seen 3D...

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The mystic appeal of quantum tech to navigate into the future

<br /> <div class="separator" style="clear: both; text-align: center;"> <a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjtRRrEQg5amj8TsQT-X8pYUQzC5XH-jT_3xYeurvvYUu-CzpbZ_NT9xQd2zdjcEAaK9G7B9BjW11oJLo1_8SVljSoY-D4bFQo1CSbp5-FtYUVnagTkaXL5QLYNXspVfWek-wF67PQAPKJ_/s1600/index.jpg" imageanchor="1" style="margin-left: 1em; margin-right: 1em;"><img border="0" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjtRRrEQg5amj8TsQT-X8pYUQzC5XH-jT_3xYeurvvYUu-CzpbZ_NT9xQd2zdjcEAaK9G7B9BjW11oJLo1_8SVljSoY-D4bFQo1CSbp5-FtYUVnagTkaXL5QLYNXspVfWek-wF67PQAPKJ_/s1600/index.jpg" /></a></div> <h3> The Global Navigation Satellite System (GNSS), </h3> which is being relied upon today for almost all forms of navigation, including that of smart and autonomous cars, is not without its share of flaws. For one, it depends on signals sent to and from satellites launched into outer space, which makes it a costly affair to maintain the constellation and improve capacity. Secondly, there are occasional reports from the US government agencies about GNSS-related security risks and their vulnerability to attack. Limitations of GNSSes under water are also known, making these ineffective for use with submarines. In order to overcome all this, scientists at the UK Janani Gopalakrishnan Vikram is a technicallyqualified freelance writer, editor and hands-on mom based in Chennai A man in an autonomous driving test vehicle Age of The Drivables Tech Focus 30 July 2015 | ElEctronics For you www.EFymag.com Defence Science and Technology Laboratory (DSTL) have developed a quantum compass that can achieve similar functions using the subatomic changes in Earth’s magnetic field. The technology used is totally unlike anything you have heard of before. Special lasers are used to cool atoms to temperatures much colder than outer space. At such low temperatures, the slow-moving, lowenergy atoms become extremely sensitive to changes in Earth’s magnetic and gravitational field. According to the team’s press report, “If trapped on a small device, their tiny fluctuations can then be tracked from great distances away and their locations pinpointed with a huge degree of accuracy.” What makes this technology appealing to smartphone companies and autonomous carmakers is that, it has a very high degree of security. Unlike a GNSS, no outside interference can disrupt it. Bob Cockshott of National Physics Laboratory, the UK, commented in a media report that, “There is nothing in physics that could be used—given the knowledge we have now—to disrupt one of these devices.” It is expected that usable quantum compasses will hit the market by 2019. These will be so small that these could easily be fitted into small chips, making these easy to use, not just in vehicle navigation but also in a variety of devices including smartphones.

The mystic appeal of quantum tech to navigate into the future

The Global Navigation Satellite System (GNSS),  which is being relied upon today for almost all forms of navigation, including that of ...

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Daimler, Qualcomm to develop in-car tech

<table align="center" cellpadding="0" cellspacing="0" class="tr-caption-container" style="margin-left: auto; margin-right: auto; text-align: center;"><tbody> <tr><td style="text-align: center;"><a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgWloCCiJMJKJ78iXQ9eYwaKcRPtp_HjPI7Vo54R0KHhNACEhD9uF54vpUA71BxRpG4JkThwiPrm19vJcIN93jXRvELmskyy9C5fo68PmvtRbKmOvEwtYsBcAwR7OOSpsPnqD1JolGlyxfL/s1600/index.jpg" imageanchor="1" style="margin-left: auto; margin-right: auto;"><img border="0" height="218" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEgWloCCiJMJKJ78iXQ9eYwaKcRPtp_HjPI7Vo54R0KHhNACEhD9uF54vpUA71BxRpG4JkThwiPrm19vJcIN93jXRvELmskyy9C5fo68PmvtRbKmOvEwtYsBcAwR7OOSpsPnqD1JolGlyxfL/s400/index.jpg" width="400" /></a></td></tr> <tr><td class="tr-caption" style="text-align: center;">Daimler, Qualcomm to develop in-car tech</td></tr> </tbody></table> <h3> Car maker Daimler and Qualcomm Inc.</h3> have partnered to develop wireless recharging of mobile phones in cars as well as recharging of electric cars without cables. The two companies are assessing the application of wireless technology to charge their electric vehicles<br />(EVs) and plug-in hybrid EVs without having to plug these in. They are also exploring technologies that will enable customers to wirelessly charge devices such as mobile phones while driving their cars, as well as ways to enhance in-car experience through high-speed 3G/4G connectivity.

Daimler, Qualcomm to develop in-car tech

Daimler, Qualcomm to develop in-car tech Car maker Daimler and Qualcomm Inc. have partnered to develop wireless recharging of mobile p...

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Google, Levi Strauss to launch smartclothes

<table cellpadding="0" cellspacing="0" class="tr-caption-container" style="float: left; margin-right: 1em; text-align: left;"><tbody> <tr><td style="text-align: center;"><a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhUqduZTuD85dBjvmlDAE9fRjDEKk5Rou-8Ng8MhSZXrmnKiefY2nNJRq3OJLu3eLYRDhL7WlLuzw8c6LmlTtsM1m6YSPZNEwXyjFkH90cYg7pGGCTmuw41jWmUKN5-HBUEs-lRkl_xyLXV/s1600/index.jpg" imageanchor="1" style="clear: left; margin-bottom: 1em; margin-left: auto; margin-right: auto;"><img border="0" height="326" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhUqduZTuD85dBjvmlDAE9fRjDEKk5Rou-8Ng8MhSZXrmnKiefY2nNJRq3OJLu3eLYRDhL7WlLuzw8c6LmlTtsM1m6YSPZNEwXyjFkH90cYg7pGGCTmuw41jWmUKN5-HBUEs-lRkl_xyLXV/s400/index.jpg" width="400" /></a></td></tr> <tr><td class="tr-caption" style="text-align: center;">Google, Levi Strauss to launch smartclothes</td></tr> </tbody></table> Google is all set to tieup with popular jean maker Levi<br />Strauss to launch smartclothes using particular woven<br />fabric with touchscreen-control capabilities. Named Project<br />Jacquard, the plan would be implemented by a small team<br />at Google called Advanced Technology and Projects (ATAP).<br />The project is named Jacquard after a Frenchman who<br />invented a type of loom. While the clothes are expected<br />to be stretchable and washable like normal fabric, these<br />would also be able to connect with devices. Special<br />threads would be woven into a wide array of fabrics.<br />However, conductivity will be limited to desired parts of<br />the fabric or spread across entire cloth.<br />Google has said that, with the use of standard,<br />industrial looms, touch and gesture interactivity could<br />be woven to any textile. Hence, anything involving<br />fabric is likely to have computer touchpad-style control<br />capabilities woven into it.<br />ATAP also said that the conductive yarn would be<br />connected to minute circuits, no bigger than jacket<br />buttons and small electronics that can use algorithms to<br />recognise touch or swipes.

Google, Levi Strauss to launch smartclothes

Google, Levi Strauss to launch smartclothes Google is all set to tieup with popular jean maker Levi Strauss to launch smartclothes using...

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World’s first electronic multi-state memory cell

<table cellpadding="0" cellspacing="0" class="tr-caption-container" style="float: right; margin-left: 1em; text-align: right;"><tbody> <tr><td style="text-align: center;"><a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjHhGX7QyeFF5asCvqSuSMOdfUFqxHt9HcBrfsbWbC8lD5ie1Xg_sxM0hZKlKWzy4ikkmY0gAgt0IEzo0g7DdVCjwu9TKi-aHdVnk9kl_Km-kjIHIXT397v8ATtSSqD02h7YqB6GYoWe_4M/s1600/images.jpg" imageanchor="1" style="clear: right; margin-bottom: 1em; margin-left: auto; margin-right: auto;"><img border="0" height="400" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjHhGX7QyeFF5asCvqSuSMOdfUFqxHt9HcBrfsbWbC8lD5ie1Xg_sxM0hZKlKWzy4ikkmY0gAgt0IEzo0g7DdVCjwu9TKi-aHdVnk9kl_Km-kjIHIXT397v8ATtSSqD02h7YqB6GYoWe_4M/s400/images.jpg" width="333" /></a></td></tr> <tr><td class="tr-caption" style="text-align: center;">World’s first electronic multi-state<br /> memory cell</td></tr> </tbody></table> <h3> Researchers at RMIT University’s MicroNano Research</h3> Facility (MNRF), Australia, have built the world’s first electronic multi-state memory cell that can mirror a brain’s ability to simultaneously process and store multiple<br /> strands of information.<br /> This brings them closer to imitating key electronic aspects of the human brain, which is an important step towards creating a bionic brain. This could help unlock successful treatments for common neurological conditions such as Alzheimer’s and Parkinson’s. Project leader Dr Sharath Sriram, co-leader of RMIT Functional Materials and Microsystems Research Group, has said that the ground-breaking development imitates the way the brain uses long-term memory.<br /> The research builds on RMIT’s previous discovery where ultra-fast nano-scale memories were developed using a functional oxide material in the form of an ultrathin film, which is 10,000 times thinner than a human hair.

World’s first electronic multi-state memory cell

World’s first electronic multi-state memory cell Researchers at RMIT University’s MicroNano Research Facility (MNRF), Australia, have...

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Power gadgets from six metres away

<div class="separator" style="clear: both; text-align: center;"> <a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiPTCrsb4OiKJDC9ah-6VUmYVku4ceqU4901VfmyeyGYBTjO8nhms6Jykd6hJ6D9uMKbx5gUy6iOV5hapGWZd5oya9W1DW1uD2JzmedTrgqzXkhEKEjTdGVae-o8DtJ-QghbVY2R0vsLJTs/s1600/Electronics+For+You.pdf+-+Adobe+Reader.bmp" imageanchor="1" style="clear: right; float: right; margin-bottom: 1em; margin-left: 1em;"><img border="0" height="640" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEiPTCrsb4OiKJDC9ah-6VUmYVku4ceqU4901VfmyeyGYBTjO8nhms6Jykd6hJ6D9uMKbx5gUy6iOV5hapGWZd5oya9W1DW1uD2JzmedTrgqzXkhEKEjTdGVae-o8DtJ-QghbVY2R0vsLJTs/s640/Electronics+For+You.pdf+-+Adobe+Reader.bmp" width="225" /></a></div> <h3> A team of engineers from University of Washington</h3> <br />Seattle, the USA, has presented a research paper<br />titled ‘Powering the Next Billion Devices with Wi-Fi’ that<br />Bionic leg that can be controlled by<br />thoughts (Image courtesy: Ossur)<br />Tech News<br />18 July 2015 | Electronics For You www.efymag.com<br />Check efytimes.com for more news, daily<br />discusses how a Wi-Fi router can be used to provide farfield<br />wireless power for gadgets. In their first prototype,<br />for the first time in the world, they have demonstrated<br />how Wi-Fi chipsets can power camera sensors or li-ion<br />coin-cell batteries from more than 6m (20-feet) away.<br />Wi-Fi receivers had so far been used to capture information<br />from Wi-Fi radio broadcasts. The research team has<br />sought a way to harvest energy from these broadcasts.<br />The engineers connected an antenna to a temperature<br />sensor and put it near a Wi-Fi router so that voltages<br />in the device could be measured to determine the time<br />for which the device could operate on a remote power<br />source. To make things work, they programmed these<br />devices for broadcasting continuous power to an energyharvesting<br />sensor. The results showed that a temperature<br />sensor could operate at a distance of up to six metres.

Power gadgets from six metres away

A team of engineers from University of Washington Seattle, the USA, has presented a research paper titled ‘Powering the Next Billion Dev...

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Bionic legs that are thought-controlled

<h2> Bionic leg that can be controlled by thoughts</h2> <div class="separator" style="clear: both; text-align: center;"> <a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhuqrb-aDU6h3aOUL1pXrvEinMjmqZ0bTZ5VmMFl8lQjt8_IFjUCcsYC95sfrJZ8iiFHLpQolB9FIA0jI3JkFoaq2XJdkLP_6KG1XnpSgLpejlAWmidsfFdaoOX36dZ6ggMYQ95-j-98hNV/s1600/Electronics+For+You.pdf+-+Adobe+Reader.bmp" imageanchor="1" style="clear: right; float: right; margin-bottom: 1em; margin-left: 1em;"><img border="0" height="320" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEhuqrb-aDU6h3aOUL1pXrvEinMjmqZ0bTZ5VmMFl8lQjt8_IFjUCcsYC95sfrJZ8iiFHLpQolB9FIA0jI3JkFoaq2XJdkLP_6KG1XnpSgLpejlAWmidsfFdaoOX36dZ6ggMYQ95-j-98hNV/s320/Electronics+For+You.pdf+-+Adobe+Reader.bmp" width="187" /></a></div> Researchers in Iceland have developed bionic legs that<br />can be controlled by a person’s thoughts alone. It<br />involves surgically implanting myoelectric sensors<br />(IMES) into a person’s residual muscle tissue to<br />measure and interpret signals travelling between the<br />brain and its nerve-endings. The implanted sensors send<br />wireless signals to the artificial limb’s built-in computer,<br />enabling subconscious, real-time control and faster,<br />more natural responses and movements.<br />This new mindcontrolled technology developed by Ossur for<br />lower-limb prosthetics is designed to be compatible with its line of bionic feet, knees and legs. A coiled-wire receiver inside the<br />prosthesis’ cup picks up impulses and transmits these<br />wirelessly to the robotic limb.<br /> <br /> <h3>  </h3> <h3> A computer made out of water droplets</h3> An assistant professor of bioengineering at Stanford University, the USA, Prof. Manu Prakash has created a water based computer. He, along with his two students, has devised a system with the help of tiny water droplets that could work as a computer clock. For this, water droplets are trapped in a magnetic field. When applied to a flipped magnetic field, these form a precise motion in a fixed direction. According to the team, the system can be made smaller by controlling millions of droplets with the help of the magnetic field, so that it can perform a higher number of operations on a single chip. According to Prakash, this computer founds its application in biology and chemistry by converting the computer into a high-throughput laboratory.

Bionic legs that are thought-controlled

Bionic leg that can be controlled by thoughts Researchers in Iceland have developed bionic legs that can be controlled by a person’s tho...

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Pocket-size drone that can fold up

<table cellpadding="0" cellspacing="0" class="tr-caption-container" style="float: right; margin-left: 1em; text-align: right;"><tbody> <tr><td style="text-align: center;"><a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjltBKRxcokkFhmgjhaxeezO_v_7RoRYkqjPGJreecQyd6U2bqtv96kiNadgmoWewsB0Eo03fmsF4H0VsVp7iKil9cxeGw0ytmAMFuC51EmVM2Bloov6GlC9ccRz9mE3DPX9KLyRGmr1KHe/s1600/index.jpg" imageanchor="1" style="clear: right; margin-bottom: 1em; margin-left: auto; margin-right: auto;"><img border="0" height="299" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjltBKRxcokkFhmgjhaxeezO_v_7RoRYkqjPGJreecQyd6U2bqtv96kiNadgmoWewsB0Eo03fmsF4H0VsVp7iKil9cxeGw0ytmAMFuC51EmVM2Bloov6GlC9ccRz9mE3DPX9KLyRGmr1KHe/s400/index.jpg" width="400" /></a></td></tr> <tr><td class="tr-caption" style="text-align: center;">Pocket-size drone that can fold up</td></tr> </tbody></table> Researchers have designed a small, foldable drone,<br /> inspired by origami, which can unfold itself automatically<br /> and take flight within a fraction of a second.<br /> A large number of these quadcopters, the size of an outstretched palm, could be released over a disaster zone to take photographs and make contact with survivors.<br /> When the device is not in use, the arms, which are made of fibre glass and light, yet rigid polyester, fold up into a trapezoid. When switched on, force of the propellers causes the arms to unfold horizontally. Then,<br /> magnets keep the arms locked into position.<br /> For the drone to remain stable during flight, two<br /> propellers (diagonally across from each other) spin in<br /> opposite directions from the other two. Propellers all spin<br /> in the same direction at first while the drone unfolds, but<br /> a sensor detects when the arms have locked into position,<br /> and within 50 milliseconds, direction of two of the rotors<br /> is reversed, and the drone is ready to take flight.

Pocket-size drone that can fold up

Pocket-size drone that can fold up Researchers have designed a small, foldable drone, inspired by origami, which can unfold itself auto...

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4D-printed implant saves lives

<h3> Recently, a 4D biomaterial <table align="center" cellpadding="0" cellspacing="0" class="tr-caption-container" style="margin-left: auto; margin-right: auto; text-align: center;"><tbody> <tr><td style="text-align: center;"><a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg5G6rxuQ070RIM0T931k6QJhU1ceWOP0j3SQwkr9vih4L3XFmpeZf77nE8afBLu9PK8qC0lWcMuI6MYvVjhMwICwjaNZnaiSFfAU_3-ZJROil3tPNEx8Np6QFJrYLDHg4Kd2om6xeb80nI/s1600/Electronics+For+You.pdf+-+Adobe+Reader.bmp" imageanchor="1" style="margin-left: auto; margin-right: auto;"><img border="0" height="255" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEg5G6rxuQ070RIM0T931k6QJhU1ceWOP0j3SQwkr9vih4L3XFmpeZf77nE8afBLu9PK8qC0lWcMuI6MYvVjhMwICwjaNZnaiSFfAU_3-ZJROil3tPNEx8Np6QFJrYLDHg4Kd2om6xeb80nI/s400/Electronics+For+You.pdf+-+Adobe+Reader.bmp" width="400" /></a></td></tr> <tr><td class="tr-caption" style="text-align: center;">3D-printed tracheobronchial splint used in one of the baby boys<br /> [Image courtesy: Morrison et al., Science Translational Medicine (2015)]</td></tr> </tbody></table> </h3> <h4> a medical implant designed to change shape over time allowed three children to keep breathing, in effect, saving their lives. The implants were made using a 3D printer, which can create items from a wide variety of materials such as plastic, ceramic,</h4> <div style="text-align: justify;"> glass, metal and even living cells.<br /> Scientists have now begun developing techniques to try out 4D printing, which involves 3D printing items that are designed to shape-shift after being printed. The three infant boys who were implanted with the new device were suffering from tracheobronchomalacia, a disease that causes the windpipe to regularly collapse, preventing normal breathing. Researchers used CT scans of the boys to develop 3D-printed airway splints whose</div> <div style="text-align: justify;"> length, diameter, thickness and other factors were customised for each baby. The splints, made of polycaprolactone that dissolves in the body over time, were implanted into the babies and sewn around their windpipes; devices kept surrounding tissue from pushing in and sealing the airways shut. These hollow and porous splints were designed to spread open as the children grew.</div> <h3 style="text-align: justify;">  </h3> <h3 style="text-align: justify;"> Hyperlens that helps view tiny objects</h3> <div style="text-align: justify;"> According to scientists, a slinky hyperlens can help us see tiny objects that elude even the most powerful optical systems. The metamaterial hyperlens may someday even help detect some of the most lethal forms of cancer. It is also expected to lead to advancements in nano-electronic manufacturing and boost a scientist’s ability to examine single molecules. Conventional optical systems, such as microscopes and cameras, are limited by diffraction, a phenomena in which light bends as it passes around an edge or through a slit. Metamaterial hyperlenses overcome the diffraction limit by transforming decaying evanescent waves into propagating waves. Once converted, the former decaying waves, which were commonly lost in conventional imaging, can be collected and transmitted using standard optical components.</div> <h3 style="text-align: justify;">  </h3> <h3 style="text-align: justify;"> Lift your house in case of an earthquake</h3> <div style="text-align: justify;"> The future vision for Greg Henderson of Arx Pax, makers of Hendo Hoverboard, is deploying the<br /> technology Hendo Hoverboard uses on a large-scale to protect houses during a massive earthquake.<br /> Arx Pax has in place systems that employ water or gas to lift homes. It, however, aims to eliminate the structural movement entirely and use magnets instead. Their goal is to have the building’s landing gear react and activate the hover engines as soon as an earthquake strikes. In order to lift a three-story home for about 90 seconds, which is the length of an average earthquake, the power required can be supplied using five car batteries.</div> <div style="text-align: justify;"> Arx Pax would require installation of the hover engines and an earthquake-proof base. Computers would automatically turn on the engines as soon as these sense an earthquake. These will also have ShakingAlert software system that senses earthquakes, integrated in the system, which has successfully detected earthquakes in the past.</div>

4D-printed implant saves lives

Recently, a 4D biomaterial  3D-printed tracheobronchial splint used in one of the baby boys [Image courtesy: Morrison et al., Science Tr...

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Technology at your Service

<h3> Robotic arm that can perform surgery</h3> <h4> A robotic arm, inspired by an octopus’ tentacles, is set to make it easier for surgeons to access hard to reach parts of a body. The device uses a series of inflatable chambers to imitate how an octopus moves its limbs in any direction. The robot’s mechanical arm</h4> <table align="center" cellpadding="0" cellspacing="0" class="tr-caption-container" style="margin-left: auto; margin-right: auto; text-align: center;"><tbody> <tr><td style="text-align: center;"><a href="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEh-pgB5IA5W8RNpEUJBhfDvH39dPlefAFAqw72TYsqFyj9P2mafrCU-MTk4qLy9-fQ76awrdgddUOh97W6I4N009ApjOR22ZyiS6-g-Pl2paTbXT4MrFfG3KRHRMTdFTVct1ZqRaiV-Fy0p/s1600/Screenshot_3.jpg" imageanchor="1" style="margin-left: auto; margin-right: auto;"><img border="0" height="294" src="https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEh-pgB5IA5W8RNpEUJBhfDvH39dPlefAFAqw72TYsqFyj9P2mafrCU-MTk4qLy9-fQ76awrdgddUOh97W6I4N009ApjOR22ZyiS6-g-Pl2paTbXT4MrFfG3KRHRMTdFTVct1ZqRaiV-Fy0p/s320/Screenshot_3.jpg" width="320" /></a></td></tr> <tr><td class="tr-caption" style="text-align: center;">Octopus-inspired robotic arm (Credit: Tommaso Ranzani et al)</td></tr> </tbody></table> can also mimic the way the animal can change the stiffness of different sections of its tentacles, enabling better interaction with objects. A section of the robotic arm is built to handle soft organs without damaging these, while another section operates on the patient.<br /> This technique could minimise the number of instruments needed for surgical procedures, which<br /> means that doctors would need to make fewer entry incisions on patients, lessening the chance of<br /> postoperative complications. This robotic arm, which is made of soft material, is capable of carrying out multiple tasks during an operation, unlike other flexible surgical robotics.<br /> <h3>  </h3> <h3> Robots can now think like humans</h3>  Based on new algorithms developed by researchers from University of California, Berkeley, the USA, robots can now learn from their mistakes just like humans do. Researchers were able to level up artificial intelligence (AI) by making the robots learn motor tasks using trial and error.<br /> The robot named BRETT stands for Berkeley Robot of the Elimination of Tedious Tasks. Using the technique developed by reaserchers, the robot learns to recognise patterns and categorise data that it receives using deep learning programs that can create neural nets in which overlapping raw sensory data (sound wave or image pixels) can be processed by layers of artificial neurons.<br /> Since the robot does not have any pre-programmed knowledge on its environment, it can successfully assemble basic objects after several attempts. BRETT’s first task that was to assemble a toy airplane<br /> wheel took 12 minutes before completion. Eventually, it applied the same algorithm that it learned from the toy airplane to its second task on Lego bricks and finished the task almost right away.<br /> <h3>  </h3> <h3> Technology to put electronics into the brain</h3> Latest technologies have allowed a paralysed man to drink from a cup unaided using a robotic arm, the deaf to hear and the blind to see, using brain implants that are electrical devices inserted into or attached to the brain. At present, implants require invasive surgery and are often made of metals that may cause scarring. Brain implant technology is hampered by how long implants can stay in the brain without losing functionality.<br /> Now, a tiny new brain implant makes a breakthrough in this area. It can be injected directly into the brain using a syringe, minimising damage to brain tissue. The flexible mesh mimics the interconnecting structure of the neural network and the softness of brain tissue. It is made of materials that the immune system is less likely to reject, resulting in less scarring in the brain.<br /> The implant contains very fine metal lines of circuitry embedded on it, with electrodes and sensors mounted at intersections of wires. After being injected into the brain, it unfolds to about 80 per cent of its original shape without losing function. External wires of the mesh can then be plugged to a computer to monitor and stimulate individual neurons.<br /> <h4> </h4> <br />

Technology at your Service

Robotic arm that can perform surgery A robotic arm, inspired by an octopus’ tentacles, is set to make it easier for surgeons to access ha...

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Automotive Electronics

<h3> With the growth of technology, electronics has become a major game changer in the automotive industry. Here are a few websites that could help you understand more</h3> <div class="separator" style="clear: both; text-align: center;"> <a href="http://t0.gstatic.com/images?q=tbn:ANd9GcTbyqhwMMO7tPJjGoJ77FEdBhhNV28RYUFAXjHNFhw8cM3VRoO3" imageanchor="1" style="margin-left: 1em; margin-right: 1em;"><img border="0" height="140" src="http://t0.gstatic.com/images?q=tbn:ANd9GcTbyqhwMMO7tPJjGoJ77FEdBhhNV28RYUFAXjHNFhw8cM3VRoO3" width="400" /></a></div> <h3> 1. electro-tech-online.com</h3>  Electro Tech is an online community with over 100,000 members, who enjoy talking about and<br />building electronics circuits, projects and gadgets. The forum has a dedicated section for discussion on automotive electronics. In order to participate, you need to register, and registration is free.<br /> www.electro-tech-online.com/forums/automotive-electronics<br /> <br /> <h3> 2. cvel.clemson.edu</h3> Clemson Vehicular Electronics Laboratory (CVEL) conducts targeted research related to<br />automotive and aerospace vehicle electronics including electronics components, circuits, sensors, communication and power distribution with emphasis on systems integration, electromagnetic compatibility and modelling. The website is a rich resource for learning these topics. It has details of electronics systems for automobiles.<br /> www.cvel.clemson.edu/auto/index.html<br /> <br /> <h3> 3. openautoalliance.net</h3> Open Automotive Alliance (OAA) is a group of technology and automotive companies that have come together to bring the best of Android into the automobile world in a safe seamless way. Members of OAA share a vision for the connected car and are committed to collaborating around a common<br />platform to make this vision a reality. The website is a place to know who, why and what about OAA.<br /> www.openautoalliance.net<br /> <br /> <h3> 4. infineon.com</h3> Infineon is the world’s second-largest chip supplier to the automotive industry. They manufacture innovative semiconductor products covering the complete control loop, contributing to a more sustainable mobility in terms of reduced fuel consumption/emission, improved safety and affordability. The website works as a learning centre for available electronics products for the automotive industry. It has e-learning and Videos sections that can be of interest to people interested in automotive electronics.<br /> www.infineon.com/cms/en/product/applications/automotive/download-eLearning.html<br /> <br /> <h3> 5. bosch-mobility-solutions.com</h3> Bosch Group is a global supplier of technology and services. The group’s strategic objective is to create solutions for a connected life. Bosch improves the quality of life worldwide with products and services that are innovative and spark enthusiasm. The website is a good place to learn more about the latest in automobile and electronics technology.<br /> www.bosch-mobility-solutions.com/en/de/index.html

Automotive Electronics

With the growth of technology, electronics has become a major game changer in the automotive industry. Here are a few websites that could h...

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