Two Bionic Arms Controlled By Double Amputee

The researcher from Johns Hopkins have been able to successfully fit Colorado resident Les Baugh with two cutting edge bionic limbs, which are directly under the control of his brains. This addition makes Les Baugh as the latest face of bionic technology. This is being considered as an extreme evolution of modern prosthetics, apart from becoming a technology, which has captured the imaginations of millions by being cool and being equivalent mix of biology and technology. The images released by John Hopkins clearly depict a man fitted with Modular Prosthetic Limbs and overall concept of bionics, which has the ability to challenge the very concept of humanity.

How it was conceptualized? 

Irrespective of whether a person wants to move his arm made out of carbon fiber, or stem cells, everything starts at the same initial point. The first stage is force of the neural activity linked with a particular action, and once this pattern of action is recognized by a tiered network of either electrodes or neurons and sent out to the desired destination. In most of the cases of amputee, electrodes are required, but in the case of Lee, he still had some of the living tissues near and over his shoulders.

The researchers used a technique called the targeted reinnervation, in which they let the brain of Lee to perform the recognition and propagation of signal by itself, then gathering the muscle orders in the shoulder. Here the researchers have transmitted the nerves onto an unused remainder of arm muscle. The main difference between this process and use of cranial electrodes is that Lee’s digital hop is only shoulder-to-arm, but in other cases, it is brain-to-arm. In his case, it is easy to read the motor signals once they have left his brain. Irrespective of whether the motor signals have been received in digital or chemical form, the purpose motivates either motor proteins in muscles or electric motors in bionic limbs, and therefore movement is accomplished.

If the real arm of a person is numbed out, it is very difficult to differentiate between biological and bionic movements. The John Hopkins team has successfully illustrated that their MPLs are highly advanced apart from allowing the users to control both the arms and that too at the same time. Although the researcher always knew that this technology can be duplicated, but they were not sure if people would be able to accept the changes quickly.

At present, Lee still has to select each specific joint that he wants to use, one by one. If he wants to grab any object, he first needs to move his shoulder towards that direction, then move his elbow, then wrist and last the fingers. For a person to be able to have a fully functional limb, they will first have to control many muscles at the same time and that too independently. The researchers have stated that they still have lot of work to do to further improve the MPL.

AAA, Bud Light Offer Last Resort Tow To Go During Holidays

Tow to Go is an innovative and extremely beneficial service that has been initiated to provide safe ride to the drunken individuals in this holiday season. Any individual who will drink too much this holiday could avail this service free of charge to get himself as well as his vehicle safely to home. During the holiday seasons such as the biggest festive night of the year i.e. New Year Eve, police has reported to arrest the most of drunk driven cases. Sometimes drunk driving even leads to crashes which sours the spirit of the New Year.

A Better Initiative at Opportune Time

Tow to Go service had been started by the AAA-the Auto Club Group and Bud Light to get the drivers and their home safely. The AAA spokesman Don Lindsey has stated that this year from December 24 this amazing service has started and it will run through 6 a.m. on New Year’s Day. Mr. Lindsey has stressed that its organization is more eager to provide right driving solutions to those people who plan to drink while celebrating the holiday eves and have no designated home going plan like calling a taxi or using a designated driver.

He further explains if some is going to keep a designated driver then make sure that person have a great time but gets nothing to drink. Now if none of your plan works then the Tow to Go service is there to help you out regardless of the matter whether you are a AAA member or not. This service would be completely free of charge and certainly that person would be taken to home not to ‘another party destination’.

History of Tow to Go Service

Tow to Go Service isn’t a relatively new concept service or program. Rather it has been in service since 1998 and its President and Owner John Saputo maintain that they have successfully taken more than 25,000 intoxicated home in all those years. He had invented this beneficial a long time back with his staff and now this program had been taken on national level. He believes that drunk driving is 100% preventable if people who wish to engage in drinking activities have a suitable plan for reaching home without causing any damage to their vehicle, self or other.

How to Get Tow to Get Services

Anyone who need a ride a home after indulging in drinking sessions could call AAA at 855-286-9246. He would be simply required to say that he has happened to drink a lot and wishes to get picked up and delivered to home. A Tow To Go would then arrive at the place, pick and drop him safely to his home along with his vehicle.

From wherever the pickup is it, users could go 10 miles for free and at most two people would be given free rides in Tow trucks. Tow to Go service doesn’t offer pre-appointment. It is basically ‘call as needed’ program.

Online Privacy A Tricky Issue

According to the survey results released by the Pew Research center and Elon University's Imagining the Internet Center on Thursday, the future of privacy appears to be totally muddy. The survey reflected that nearly 2500 internet analysts and internet experts have been completely divided on the issue of future of privacy. They have divided opinion on whether the policy makers and technology innovators would be able to create secure, trusted, and popularly accepted privacy-rights infrastructure by year 2025. 45% of the people in the survey believed that there will a structure created based on the privacy rights but the remaining 55% were having completely different opinion as did not believe that there could be any infrastructure. According to Lee Rainie, Pew's Director of Internet, Science, and Technology Research, there is lot of disagreement about what the future holds for privacy.

Survey: 

The Pew-Eton researchers didn’t opt for the traditional means of conducting the survey but they carried out the survey among the hand-picked respondents and requested them to elaborate their views on their yes or no answers. The responses include a very dominant theme pertaining to the likelihood of a strong privacy infrastructure that can be established in the next 10 years. Rainie stated that now people have got open and spending most of the time in the public eye hence the question of privacy gets restricted to special circumstances only. Postindustrial era has made every person life completely public.

Accepting the trend: 

In the coming years, people will start continuing the trend of living a very public eye. People have started exchanging person information to availing services now. People have started using their personal information in the form of currency. According to Hal Varian, Google's chief economist, today’s disagreement of privacy will confuse the denizens of 2025. Privacy will be deemed old fashioned in the next 10 years. Putting restrictions of service will be overshadowed by increasing benefits of personal, digital assistants and cloud computing. Every will feel secure due to the advancement in the technology in terms of monitoring and tracking.

2025 will be a year, which will consider people ordinary if they don’t have any photos online. People who will not share their personal information will be not credible and trusted less. People will find them inhuman, as they won’t be able to see their discretions. People will start demanding encryption ability; they would like more transparency in the private sector and with the governments. The mere idea of framework for privacy is a fantasy. Equipments will allow the users to relay their information. The current levels of surveillance will become very pale and people will communicate only through net.

Companies have to become more careful in terms of data collection and sharing to ensure privacy factor for the customers. Experts say that if the privacy keeps on being eroded, the class issue might start again. Therefore, whatever may be the state of privacy in 2025, but for sure it will not be the same as today.

Once Again Microsoft Is Ready To Set IE As the Default Browser

Once again Microsoft is set to make the IE as the default web browser in Windows, as from last five years, Microsoft was forced to provide the choice of web browser in Windows for European market. 

In 2009, due to the ruling of EU, Microsoft was forced to offer the choice of web browser in European market because it was found that Microsoft is unfairly abusing the monopoly in operating system and pushing the millions of users to use the Internet Explorer. But the deal with EU was only for five years to play fair and now the period is over and Once again, Microsoft is total free to set the Internet Explorer as the default web browser in Windows.

As we all have seen Internet Explorer as the default Windows web browser from long time, Internet Explorer 4 was bundled with almost all versions of Windows after its invention. As the time passes Internet Explorer get the vital part of Windows, until it hit the mother lode; Windows XP and Internet Explorer 6. The pairing of Windows and Internet Explorer has gain more than 95 per cent market share in PC and browser segment.

As we all know that Microsoft is in very powerful position and have a kind of monopoly in operating systems, and for this only success of Windows is important. Both, EU’s European Commission and as well as United States’ Department of Justice found that these practices are objectionable, but it eventually get the fairly protection in court cases. In US, under original ruling Microsoft was found guilty, but split ups never happened and it settled when Microsoft get opened for APIs to third parties.

However, In the Europe Microsoft faced some serious consequences such as fine of $1 billion and the agreement to include a Browser Choice ballot in Windows. This ballot first ran while installing the a copy of Windows in Europe and it was used to offered 11 different browsers on two pages where they was arranged in random order at page load.

The first page of consist of “first tier” web browsers such as; Internet Explorer, Opera, Firefox, Safari, Maxthon or Chrome, where as second page was featured the lesser-known “second tier” browsers such as; Rockmelt, Avant, Sleipnir and more. The basic idea was behind this to give the choice and opportunity to user to select their preferences for installing a different browser, But now after 5 years once again Microsoft is free to set Internet Explorer as the default browser in Windows.

In some ways for Microsoft, it’s good that ballot is gone, now Internet Explorer is back at square one with more than millions of new Windows 10 and Windows 8, where users will have to use the Internet Explorer without any choice. Now it’s obvious that Microsoft’s browser market share in European market will change, without any doubt. But the truth is that each and every user know how to download Firefox from Internet Explorer.

Researchers Build Room-Temperature Memory That Doesn’t Need Current To Retain Data

In present all computer memory works with simple principle, which is to use the electrical current for changing the charge state of a cell, and later this charge state can be read by other memory controllers, no matter we are talking about RAM or NAND flash which is identical and basic property between them.

Researchers of Cornell have demonstrated and announced about the device, which is based on bismuth ferrite to store and retrieve data without an electrical current. The implications of these principals could be found a long time from now on room-temperature.

Magneto-electric memory is attractive because it removes the effect of electrical currents that is useful for substantial fraction of power consumption in a system. If cache subsystems or DRAM can draw minimum electrical power, so there is possibility the battery life of device would be increase. This impact of shifting to alternative magneto-electric or ferroelectric memory systems could be substantial, which can be count as traditional gains for adopting new process nodes.

Bismuth ferrite known for to exhibit the ferroelectric and ferromagnetic both properties, it means that it has its own magnetic field as any common magnet, but the polarity of this field can be switched with the help of an electrical field, all you need to apply the electrical field to the device. Exploiting these prominent capabilities on a room-temperature is a major achievement, which can be revolutionizing for modern electronics if any how anyone can figure out how to build devices from it.

This Cornell research explains and demonstrates a single switching cell which can hold the bit of data. ERMs are cutting-edge materials which haven’t been proven commercially, but shows many promise if one can figure out how to use it and manufacture them in large volume. This category is directly linked to Emerging Research Devices (ERDs).

From OLED to EUV (Extreme Ultraviolet Lithography), the market is filled with technologies which can ramped much more slowly than originally forecast. At first look these issues seems unrelated as they cover the three completely different areas of expertise.

The New Yorker have modern piece on this because they relates it to grapheme. As Graphene is brilliant and awesome stuff, and it’s conductivity at room temperature to a degree is possible which was dream in case of copper wire. It is incredibly durable and strong

The problem with Graphene that it lacks in production because it’s common for elements and capabilities are languish for centuries before finding its actual applications. In present the most promising work is to find the way to incorporate it into existing products.

The incredible promise with Bismuth ferrite is to own the formidable stack of obstacles, but it’s not clear that we have build stacks of these devices at scale to switch them at speed or not? The challenges between creating an entire memory array and a single piece of bismuth ferrite at room temperature can’t be understated.