Learn to Drive F1 Car or Other Sport Cars

Car is considered as one of the most popular types of vehicle these days. There are various types of ca that you can find these days from family car, SUV, eve to sports cars. One of the most popular types of ca that you can find these days is F1 car. This type car is specifically designed to race on race track. Not all people can drive F1 since this type of car has different specifications with common types of car that you can find on the road. If you want to learn about how to drive F1 car taking courses that are provided by stage de pilotage might be one of the best solutions that you can find these days. These driving courses are not like other driving courses that you can commonly find these days. By taking these driving courses, you will be able to experience driving F1 car just like those professional F1 car drivers.

These days you might find some companies or agencies that provide F1 driving courses. However, just like other types of companies, not all companies that provide F1 driving courses can give the best services for you. If you want to get the best results when taking the F1 driving courses, stage de pilotage might be the best decision that you make. This company is known as one of the most reputable companies in the world that provide F1 driving courses. This company will not only help you in understanding how to drive F1 car properly but also will introduce you to the world of F1 as well. If you take F1 driving courses that are providing by this company, you will be able to get new experiences in your life that you might not find on other places.

There are several benefits that you can get if you choose to take F1 driving courses that are provided by this company. The first benefit that you can get is that you will be able to get better experiences in learning about how to drive F1 car if you take the courses that are provided by this company. The instructors that will guide you through the courses came with professional approaches that can help you to understand the courses in more effective way. Other benefit that you can get if you choose to take courses that are provided by this company is that you can have full access to various choices of F1 car and other facilities such as workshop and race circuits. By taking the courses that are provided by stage de pilotage, you will be able to have better skills in driving F1 car.

Learn to Drive F1 Car or Other Sport Cars

Car is considered as one of the most popular types of vehicle these days. There are various types of ca that you can find these days from family car, SUV, eve to sports cars. One of the most popular types of ca that you can find these days is F1 car. This type car is specifically designed to race on race track. Not all people can drive F1 since this type of car has different specifications with common types of car that you can find on the road. If you want to learn about how to drive F1 car taking courses that are provided by stage de pilotage might be one of the best solutions that you can find these days. These driving courses are not like other driving courses that you can commonly find these days. By taking these driving courses, you will be able to experience driving F1 car just like those professional F1 car drivers.

These days you might find some companies or agencies that provide F1 driving courses. However, just like other types of companies, not all companies that provide F1 driving courses can give the best services for you. If you want to get the best results when taking the F1 driving courses, stage de pilotage might be the best decision that you make. This company is known as one of the most reputable companies in the world that provide F1 driving courses. This company will not only help you in understanding how to drive F1 car properly but also will introduce you to the world of F1 as well. If you take F1 driving courses that are providing by this company, you will be able to get new experiences in your life that you might not find on other places.

There are several benefits that you can get if you choose to take F1 driving courses that are provided by this company. The first benefit that you can get is that you will be able to get better experiences in learning about how to drive F1 car if you take the courses that are provided by this company. The instructors that will guide you through the courses came with professional approaches that can help you to understand the courses in more effective way. Other benefit that you can get if you choose to take courses that are provided by this company is that you can have full access to various choices of F1 car and other facilities such as workshop and race circuits. By taking the courses that are provided by stage de pilotage, you will be able to have better skills in driving F1 car.

Apple iPhone 6S Review

apple-iphone-6s-trade-in-progamA few months ago Apple released the iPhone 6S and if you’re not familiar with the Apple practice you may be confused about this new iPhone as it looks identical to the iPhone 6 but fear not they are not the same. On the inside at least.

There is better hardware, improved camera, stronger case, the new 3D Touch and (at last) 2GB of RAM. Over the years the ‘S’ always brought something new to the plate, the iPhone 4S added Siri and the iPhone 5S had the Touch ID fingerprint sensor.

The main addition to the iPhone 6s is definitely the new pressure-sensitive touchscreen technology named the 3D Touch that although right now is quite awesome and will definitely become more interesting when more apps are released for it.

Overall, what Apple has to do is to convince people that the S variant of iPhone 6 is worth the upgrade, even if there are a lot of other smartphones to choose from and unfortunately the iPhone 6S doesn’t seem like a game changer, it only has some subtle upgrades that do have a lot of potential with future updates or installments.

Design

At first glance, the iPhone 6S seems identical to the iPhone 6, it has the same rounded corners and edges, but there are some subtle design changes.

The front of the phone is now stronger, the glass being less likely to shatter if the phone is dropped and lastly, the iPhone 6S is now made of the 7000 series aluminum.

As said before, these changes are subtle and will most likely go unnoticed by most. The volume buttons, the silencer switch and the power key are in the same place as last year and this isn’t a bad thing because the phone is easy to operate with one hand and the buttons are exactly where they should be.

As a side note, the iPhone 6S is compatible with iPhone 6 cases.

Design

The iPhone 6S seems to have the same display as the iPhone 6, featuring a 4.7-inch LED-backlit IPS LCD display with a resolution of 1334x750p, 16 million colours and a pixel density of 326ppi.

Although there are far cheaper phones that offer 1080p resolution or even 4K display(which is a serious overkill!), the iPhone 6S still offers a great display experience, being crisp and clear, with deep blacks, bright whites and very accurate colours.

While the resolution stays the same there is one major addition from the last year’s flagship. You are now presented with the 3D Touch which offers a completely new way to interact with the iPhone.

This opens up whole new possibilities. If right now you can only open pop-up windows, trigger quick actions or expand, preview links and messages and there is a lot that can be done in the future.

Performance

The iPhone 6S features better hardware than the iPhone 6, with an Apple A9 Chipset, 1.84GHz dual-core Typhoon CPU, six-core PowerVR GT7600 GPU, 2GB RAM and, still, no card slot.

This translates into smoother multitasking, better handling of graphically-demanding tasks (like playing games), there was no stuttering, no dropped frames and the phone never lagged while we used it.

But there are some shortcomings. Apple decided to keep 16GB as base memory for iPhone 6S and because there isn’t a microSD slot, filling up those 16GB will happen in no time.

Software

The iOS has always been the backbone of the iPhones and the new installment, the iOS 9 offers the same stability and user-friendliness we were accustomed to and thanks to its subtle tweaks over the years and the new added 3D touch, the iOS 9 is the best iPhone software to date.

As always, the iOS is quick and responsive, the App Store is still vibrant (and of higher quality than Google Play Store) and the apps have suffered some transformations and upgrades.

The Apple Maps, now, has transit directions, there is a News app, that is quite basic, pulling topics from different sources in a magazine-style interface. Notifications are now filtered by time, not by app

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and thanks to the M9 coprocessor, Siri is always on standby you can now you can wake it by yelling Hey Siri instead of pressing a button. Siri, also, can respond to a lot more commands.

The 3D Touch is its main feature and although in its infancy, is implemented the best with Apple’s Mail. You can preview messages, archive them or mark them as unread.

Battery Life

The iPhone 6S features a non-removable 1715 mAh battery. Yes, you heard that right, the battery is actually smaller, a downgrade from the iPhone 6’s 1810mAh.

There have been complaints about the battery from the iPhone 6 and yeah, Apple didn’t quite addressed this issue. Any

way, the battery life averaged at 15 to 16 hours a day and there are a lot of people who need to recharge their iPhone 6S during the mid-afternoon.

It’s not like it isn’t understandable, the reason being the implementation of 3D Touch. The battery didn’t have enough space and they wanted to keep the same design as iPhone 6. Still, there are lots of smartphones that feature 4000mAh and battery life is usually a deciding factor for buyers.

Conclusion

Is iPhone 6S a great phone? Yes, it is. It does have its unique features and they promise a great deal in future updates. Is it worth upgrading over iPhone 5S? The users of iPhone 5S are the main target, the iPhone 6S being leagues ahead from all points of view (better camera, larger screen, better display, higher performance, a lot more stable).

But can Apple convince iPhone 6 users to upgrade to 6S? Maybe. Right now, the iPhone 6S doesn’t offer something revolutionary and it is pretty close to the iPhone 6, but it may be worth getting a taste of these early installments (like 3D Touch) ahead of everyone, before it gets widespread. And if you want to switch from Android or Windows or you’re just curious how iOS works, then the iPhone 6S is the best choice.

Science and Beauty – The Evolution of the Custom Jewelry Industry

Diamonds are forever, and beautifully crafted custom engagement ring design is supposed to be timeless. That doesn’t mean however that the custom jewelry industry is immune to change. Technological advancements and a shift in the wider public’s attitude to style and fashion have led to an evolution in the custom jewelry industry, and you may be surprised to learn just how.

From helping the expert craftsmen and women to produce samples of their work with greater ease and speed, allowing their market of real customers to become global without them leaving their workshops, and even helping to spread the word of their creations to a far wider audience of like-minded people through social media platforms, the developments brought to the custom engagement ring design industry sound almost too good to be true.

Read on to see why they aren’t.

A new dimension of jewelry design

In the early days of custom engagement ring design, paper wasn’t just for the anticipated first wedding anniversary. From the initial sketches right up to 3D projections of the finished piece, everything was hand-drawn, before the piece came to life in the form of a painstakingly hand-carved wax model.

Although many engagement ring designs still begin life as pencil sketches, which are works of art in their own right, CAD programs changed the 3D rendering world long ago, and the technology has been used in the custom engagement ring design process for years.

Recently however, another technology has allowed the custom jeweler to save hours on crafting the model: 3D printing. With the creation of samples and model rings automated, the jeweler can offer a wider selection to the customer to view, while also saving time to concentrate on making the designs the best they can be before the 3D printing takes place.

A worldwide web of customers

The custom engagement ring market, like that of any bespoke product, has always been inherently local. If you were to communicate with your jeweler every step of the way, viewing samples and agreeing on design choices, you needed to be able to visit the workshop.

As the rise of digital communication has allowed the custom jeweler to reach a far wider market, this is no longer the case.

Initial consultations can take place over face to face video calls, and once the jeweler understands the customer’s vision, the pencil sketches can be scanned and sent via email. Once they have been approved, the 3D CAD renderings can be sent also, a process that culminates in the 3D printing of a sample piece. With high quality photographs of this also emailed and approved, the final piece can be created and sent out to the happy customer, their perfect custom engagement ring design received from an expert custom jeweler who they may never actually meet in person.

A social phenomenon

The rise of artsy, visual social media sites such as Pinterest and Instagram has led to an awakening in the general public to much wider circles of fashion, as trends and looks are shared across the globe at the click of a button.

People are realizing there are more options out there than what is found at the high street jeweler, and the desire for pieces inspired by exotic, world fashion means people are turning to custom jewelers, leading in turn to an increased demand for their services.

From custom engagement ring design to necklaces and earrings, people are bringing more diversity in their ideas, aware now that custom jewelers can make their visions, perhaps inspired by something they have seen shared on a social media site, a reality.

Technological advances have changed every industry in the world, and the custom jewelry business is no different. From helping the jeweler to quickly produce 3D-printed samples and allowing worldwide communication with customers, to the public sharing of ideas via the internet giving inspiration for new pieces every day, technology and the custom jewelry industry are working hand in hand for the benefit of the jewelers and their customers everywhere.

Something About Science and Technology in India

In the over six decades of independence, India has committed itself to the task of developing its science and technology. The role of science and technology is considered to be an important factor regarding the development of any country and India is no different.

The progress of science and technology has had an unprecedented impact on the socio-economic progress of India. Today, knowledge is a virtue and it has ushered in several scientific and technological developments that have deep legal, social and ethical implications.

The science and technology of India needs to be induced with some fresh vitality so that this sector can play a more decisive role in the overall growth of the country. India continues to display firmness in its resolve for supporting science and technology and all its facets. The government, regardless of whichever party in power, has always laid emphasis on this sector to make India a global competitive power. The thrust is always on the utilization of the natural resources of the country in a sustainable manner, protection of the environment along with ensuring national security.

India is the home to the third largest scientific and technological manpower of the world with over 160 universities awarding over 4,000 doctorate degrees and 35,000 post-graduate degrees. Besides, the state-owned Council of Scientific and Industrial Research has over 40 research laboratories that have made significant contributions in the progress of science in India.

In the field of missile technology, India is among the top five countries of the world. Technology has been imbibed into the mainstream of economic planning and development in India and it istoday is considered as an effective instrument to drive growth. It has helped other sectors of the economy like agriculture, industry and the service industry. The resources of the country are being used for deriving the highest possible output for the benefit of the society. About 85 per cent of the funds meant for science and technology are given by the government, though the private sector are contributing towards the development of this sector, it’s still minimum compared to what the government is contributing.

India has also carefully developed a nuclear energy program, entirely meant for peaceful purposes like power generation, agricultural applications, manufacturing industry, medicine, research etc. India has been recognized as one of those countries that possess advanced nuclear options, including the production of the raw materials. India is self reliant and has also mustered the expertise to cover the total nuclear cycle right from exploration and mining to generation of power and energy and waste management. The ingredients of research are indigenously manufactured inside the country.

The science and technology sector of India has contributed immensely to the development of the country.

India has made giant strides in science and technology. The country is a technology powerhouse nowadays.

Developing Third World Countries Through Science and Technology

Third world countries are considered to be the poorest countries on the globe. They are the countries that rely mostly on international aid to meet with most of their needs for the sake of keeping the economies of the countries running. The countries are faced with plenty of challenges as far as keeping up with the needs of their populations is concerned. Without aid, it would be practically impossible for the countries to rise from their troubles and to make strides towards being developed and out of the third world country category.

When a country suffers, lots of its sectors suffer too and education is one of the sectors that suffer. In the poor countries, it is a challenge for some children to go to school for lack of basic needs including food and school fees. Even in areas that the education is offered for free, some of the locals will still be ignorant of the importance of getting their children educated. The free education is a relief, but then for some it might lack the quality that it deserves to transform the children into meaningful individuals in the future. Remote areas in poor countries tend to suffer the most since even the funding extended does not reach them. You will therefore find that such areas remain poor and anguished for years on end.

Science and Technology solution

A country can rise from the ashes of poverty through science and technology. This is because the field leads to innovations and inventions as well as basic solutions to most issues faced by the countries. A country that has well grounded education in science and technology can find solutions and make changes in terms of developments. This is a field that can change the status of a country from a country that once relied on aid and relief funds to a country that is independent and one that can actually contribute to the development of the world in general.

This makes it important for science and technology to be handled with the seriousness it deserves even in the remotest of areas on third world countries. Considering that the countries might not be in a position to make it happen for the little growing minds in the remote schools, science and technology equipment donations can make a difference. The equipment improves on the quality of education on a sector that can propel a country into success and growth. Anybody and everybody offer a helping hand to the third world countries through non-profit organizations.

The organizations accept all kinds of donations from monetary to the equipment donations to deliver to the remote poor schools needing them the most. The equipment vary from science, physics, chemistry to biology to improve on the education quality. Computers and laptops also make to the list of most needed equipment for science and technology improvements. You can choose to buy new equipment, donate your old equipment or give money to make it possible for the organizations buy what is needed.

Educating Children With the Help of Science and Technology

Ranging from homes, restaurants and workshops to factories, offices and schools, technology can be found everywhere these days. Science has come up with many simple solutions to some of the most difficult and time consuming tasks. When it comes to a person running his own business, increasing the aggregate profit ratio is the only thing he is concerned about. In order to survive in the market, something had to be done. Technology is the answer to all intricate questions. It has helped and led many schools and colleges towards success.

Spending time with students and also making various term papers, quizzes and lesson plans is sometimes hard to manage for a teacher. Instead of being bogged down into hours of paperwork, the teachers now have the opportunity to focus more on each student and try to make them better human beings.

Out of all people in an academic institute, students are the ones who need 100% attention. A little learner has a million questions in his/her mind and he/she needs someone to be there for guidance. The cloud-based system shoves off most of the work from a teacher’s shoulders and helps them nurture and enrich a student’s mind in every way possible.

Teachers are the second parents of any student and it is their sole responsibility to make sure each student is performing well. For that, a teacher needs to be free from all sorts of hectic administrative work. Managing examination, attendance, enrollment, time tables, class assessments and everything else of the sort can be done more efficiently and conveniently these days.

Science and technology has revolutionized the way things used to work at any academic institute. The new way of running schools and colleges has resulted in a healthy student-teacher relationship and has generated outstanding results so far. There are a million ways to carry forward one task, it’s upon us whether we take the long way or the short way.

It used to be a huge problem for an institute to suffer issues like exam paper theft, accounting errors, misprinted exam papers and various records and documents going missing. That is not the case anymore. Technology is there to protect you from all sorts of administrative concerns.

The cloud-based solution sounds great for admins, teachers, students and even parents. Everyone stays connected and updated regarding everything that’s going on in an institute. Everybody is relishing easy navigation, accurate grading and are free from worrying about paper misplacement.

Archivist online is referred to as one of the leading School Management Software of today’s education market. We are proud to be providing our professional assistance to thousands of clients across the world. The company has an experience of multiple years in installing the most reliable school management system.This user-friendly software is under capable hands assuring each user guaranteed satisfaction and stupendous results.

Latest Developments In Science And Technology

Researchers Carry Out Largest Gene Sequencing Of Human Diseases To Date

According to reports released on May 23, 2013, researchers at the University of London, England, have carried out the largest sequencing study of human diseases to date. In their study, the scientists investigated the genetic basis of six autoimmune diseases. The exact cause of these diseases-autoimmune thyroid diseases, Celia disease, Cohn’s disease, psoriasis, multiple sclerosis and type 1 diabetes is unknown, but is believed to be a complex combination of genetic and environmental factors.

The scientists, who published their findings in the journal Nature, estimate that the rare variants of risk genes account for only around 3 percent of the heritability of these conditions that can be explained by common variants. They say that the genetic risk of these diseases more likely involves a complex combination of hundreds of weak-effect variants each of which is common in people.

Bio engineers Create Sweat-proof Fabric

Bio engineers at the University of California, USA, said on May 21, 2013 that they had invented a waterproof fabric which can whisk away sweat using micro fluid technology. The new fabric works like the human skin. It turns excessive sweat into droplets that drain away by themselves. In their research, they developed a new micro fluid platform using water-attracting (hydrophilic) threads that were stitched into a highly water-repellent fabric. They were able to create patterns of threads that suck droplets of water from one side of the fabric, propel them along the threads and eventually expel them from the other side.

It is not just that the threads conduct water through capillary action. The water-repellent properties of the surrounding fabric also help drive water down the channels. Unlike conventional fabrics, the water-pumping effect continues working even when the water-conducting fibres are completely saturated, owing to the pressure generated by the surface tension of droplets. The rest of the fabric stays completely dry. By adjusting the pattern of water-conducting fibres and how they are stitched on each side of the fabric, the researchers can control where the sweat is collected and where it drains away on the outside.

Human Skin Cells Converted Into Embryonic Stem Cells

According to a report released on May 16, 2013, in a major medical breakthrough, scientists have for the first time converted human skin cells into embryonic stem cells. These newly made stem cells are capable of transforming into any other cell type in the human body. The cloned embryos, created by scientists at the Oregon National Primate Health Centre, USA, can make new heart muscles and new bones besides brain tissue or any other type of cell in the body. The scientists used the same cloning technique that had created Dolly the sheep (the first cloned mammal) in 1996, overcoming technical problems that had frustrated them for more than a decade on how to create batches of the body’s super cells from donated skin.

The new technique devised by the scientists is a variation of a commonly used method called somatic cell nuclear transfer. It involves transplanting the nucleus of one cell, containing an individual’s DNA, into an egg cell that has had its genetic material removed. The fertilised egg cell then develops and eventually produces stem cells. The process is relatively efficient, requiring a relatively small number of human eggs to produce each cell line, making it practical and feasible.

A Mask That Gives The Wearer “Superhuman” Powers

The Royal College of Art in London announced on May 9, 2013 that its researchers had developed two 3D printed masks that can give the wearer “superhuman” sight and hearing. One of the masks covers the wearer’s ears, mouth and nose and uses a directional microphone to give him the ability to hear an isolated sound in a noisy environment. With the mask on, the user could select a person in a crowd and hear his words without any surrounding noise.

The other prototype is to be worn over one’s eyes. A camera captures video and sends it to a computer, which can apply a set of effects to it in real-time and send it back to the user. The wearer can use the mask to see movement patterns, similar to the effects of long-exposure photography.

According to the developers, the technology has many possible applications. The wearer could use the visual mask to analyse movement and technique in sports. Concert-goers could use the hearing mask to concentrate on a certain performer.

Scientists Find Eco-friendly Way Of Forging Steel

As per a report released on May 8, 2013, scientists at the Massachusetts Institute of Technology (MIT), USA, have developed a technique to lessen smoke emissions during the process of forging steel. This can go a long way in changing the image of steel making as one of the most polluting industries. In addition, there may be other side benefits as the resulting steel, according to scientists, could be of higher purity. The process may also turn out to be cheaper than the existing ones.

The researchers found that a process known as molten oxide electrolysis could use iron oxide from the lunar soil to create oxygen with no special chemistry. They tested the process using lunar-like soil from a meteor crater in Arizona, USA, where there are enough traces of iron oxide, and found that it produced steel as a by-product. The researchers’ method used an iridium anode, which is expensive and limited in supply, so it is not viable for bulk steel production. However, after more research, they identified an inexpensive metal alloy that can replace the iridium anode in molten oxide electrolysis.

An Insect-inspired Camera With 180-degree View

As per reports released on May 2, 2013, scientists at the University of Illinois and North-western University, USA, have developed a new insect-inspired camera that can take pictures across 180 degrees and deliver exceptionally sharp images. The camera features 180 miniature lenses and exceptionally wide-angle field of view. We humans capture pictures using the two lenses of our relatively flat eyes, while a top quality SLR camera has just one flat lens. The new camera a rounded half bubble, similar to a bulging eye of a fly has 180 micro-lenses mounted on it, allowing it to take pictures across nearly 180 degrees. This is possible only for a camera shaped like a bug’s eye.

With its wide-angle field of view, the new technology could be used in future surveillance devices or for imaging in medical (such as endoscopic) procedures. Its developers say that it would be simple enough to combine two of the hemispheres they have demonstrated to get a 360-degree view. This is because basically the procedure involves mounting many small eyes on one big eye. Each small eye, composed of a micro-lens and a micro-scale photo detector, is a separate imaging system. When all of these eyes are taken together, they will be able to take a clear picture, with just one snap, across nearly 360 degrees.

New Fly-inspired Aerial Robot

Researchers at Harvard University, USA, have successfully designed, manufactured and flown a small robot inspired by flies. The demonstration of the first controlled flight of an insect-sized robot marks the culmination of more than a decade’s work. It was created jointly by the Harvard School of Engineering and Applied Sciences and the Wyss Institute for Biologically Inspired Engineering at Harvard.

The project is called Robbie. It is inspired by the biology of a fly, with sub millimetre-scale anatomy and two wafer thin wings that flap almost invisibly (about 120 times per second). The tiny device represents the absolute cutting edge of micro manufacturing and control systems.

Scientists Develop Tech That Can Turn Any Surface Into A Touch screen

Scientists at the Carnegie Mellon University, USA, have developed a new technology that can enable users to turn any surface into a touch screen with just a wave of the hand. Demonstrated that based interface can be create’ anywhere almost at will. This is a significant improvement on earlier technologies which required some depth camera systems to b combined with’ a projector to turn any surface into a touch-screen.

The new system is known as World Kit. It enables a person to rub the arm of a sofa to “paint” a remote control for TV or swipe a hand across an office door to post calendar from which subsequent users can “pull down” an extended version. These temporary interfaces can be moved, modified or deleted with similar gestures, making them highly personalised.

The researchers used a ceiling-mounted camera and projector to record room geometries, sense hand gestures and project images on desired surfaces. Users can summon switches, message boards, indicator lights and a variety of other interface designs from a menu. The developers say that the users will ultimately be able to custom design interfaces with gestures.

A Robot That Can Predict Human Actions Accurately

Scientists at the Personal Robotics Lab at Cornell University, USA, said on May 4, 2013 that they had developed a new “smart” robot that can predict human actions with surprising accuracy. The robot can refill its master’s empty coffee mug and can also hold the door open for him/her. In addition, it can perform several other tasks. The robot basically learns to foresee human actions and then adjust accordingly.

From a database of 120 3D videos of people performing common household activities, the robot has been trained to identify human activities by tracking the movements of the body. Observing a new scene with its 3D camera, the robot identifies the activities it sees, considers what uses are possible with the objects in the scene, and how those uses fit with the activities.

Science and Technology, IT And Space

US Computer Named World’s Fastest
According to reports released on November 15, 2012, a Cray supercomputer at the US Government’s Oak Ridge National Laboratory has been an IBM supercomputer at another American research center. Titan, a Cray XK7 system installed at Oak Ridge achieved 17.59 Peta flops (quadrillions of calculations per second). The system is funded by the United States Department of Energy, and is used for research in energy, climate change, efficient engines, materials and other advanced scientific research.

Titan knocked the IBM Sequoia at the Lawrence Liver more National Laboratory, California, to second place. Sequoia, which was declared the world’s fastest system in June 2012, could manage only 16.32 Peta flops in the contest. In the top five, the others were Fujitsu’s K computer in Kobe, Japan; an IBM Blue Gene/Q system named Mira in Chicago, USA; and another IBM Blue Gene/Q system named Queen in Germany. The survey found that 251 of the fastest 500 systems in the world were in USA, 105 in Europe and 123 in Asia, including 72 in China.

Scientists Discover How To Change Color Of Gold
Scientists have for the first time found a way to change the color of gold, the world’s most iconic precious metal. Researchers from the University of Southampton, USA, have discovered that by embossing tiny raised or indented patterns onto the metal’s surface, they can change the way it absorbs and reflects light. The result is that the human eye does not see it as “golden” in color at all.

The breakthrough finding is equally applicable to other metals such as aluminum and silver. It opens up the prospect of coloring metals without having to coat or chemically treat them, delivering valuable economic, environmental and other benefits.

The technique could be harnessed in a wide range of industries which includes manufacturing jewellery. It can also be used to make banknotes and documents that are harder to forge. It can be used to produce a wide range of colors on a given metal.

Gloves That Allow The Hands To Function As Wireless Keyboard
Researchers from the University of Alabama, USA, have designed a new glove that allows the users hands to turn into a wireless keyboard. Instead of tapping keys on a keyboard, the user simply touches their thumb to certain points on their fingers which are assigned a letter or other keyboard functions. Conductive thread carries the command to the matchbox-sized Printed Circuit Board (PCB) affixed to the back of the glove. The PCB transmits it to the targeted device via Bluetooth.

The name of the glove is Gauntlet, which is an acronym for Generally Accessible Universal Nomadic Tactile Low-power Electronic Typist. It features a beehive of conductive threads running through the fingers and palm.

How DNA Affects Science and Society

Ever since the double helix structure was mapped out in 1953, DNA technology continues to advance at a frenetic pace. From microbiology to agriculture, DNA mapping and splicing techniques have changed both science and society irrevocably.

Here are a few ways in which this technology has affected the world around us:

1) Forensics – Law enforcement’s ability to better solve crimes has transformed in the nearly thirty years DNA testing has been available. While DNA forensics techniques have been important in putting criminals behind bars, perhaps more importantly has been its ability to free those who have been unjustly convicted. For example, non-profit organization The Innocence Project has been responsible for exonerating over 300 wrongly convicted people using DNA techniques.

2) Fighting Disease – Genetic sequencing techniques have not only helped scientists better understand how certain diseases affect the body, leading to the promise of new medications and treatment protocols. For example, recent research has shown that so-called “junk” DNA, meaning those sections which are not directly related to protein-producing genes, in fact are important in regulating disease risk as well as other important traits such as height. By decoding these previously unexplored sections, scientists improve their understanding of the overall human genome exponentially. Understanding that has already led to improved screening for diseases including breast cancer and prostate cancer.

3) GMOs – Genetically-modified organisms (GMOs) have redefined the agricultural landscape. For example, Pioneer, a DuPont company, is bringing onto the market a new strain of soybean designed to produce healthy, trans-fat oil. However, debate rages over whether or not the general population should consume these products. Both sides have proven vigorous in their points of view, however research has shown that the general public is willing to accept GMO products as long as they are proven to improve health and nutrition to the organisms they are meant to enhance.

4) Ancestry Testing – Individuals can now better understand their genealogical backgrounds via DNA testing kits, which continue to drop in price while increasing in quality. This technology has uncovered previously unknown connections between individuals and populations at large. For example, a recent study conducted reveals the amount of racial variation within the United States, proving the metaphorical ‘melting pot’ is indeed literal. Besides the obvious biological ramifications, ancestry testing also affects individuals’ social ties in how they relate to the larger world via their sense of personal identity.

5) Genetic Fitness Training – A new breakthrough within the health and fitness industry involves leveraging the power of DNA analysis towards crafting optimized workout routines. Instead of trying everything under the sun from diets to the latest exercise equipment, genetic fitness training instead relies on a person’s own genetic structure to determine what kinds of exercises should be done for the greatest degrees of weight loss and muscle building. By focusing on what the body is genetically built to do best and capitalizing on those inner strengths to transform the body with greater efficiency, genetic fitness training will transform the entire fitness industry as it stands.

These are only a few examples of the multitude of ramifications DNA research has brought upon the world in only the past few years. As our understanding of this technology continues deepening at a frenetic pace, one can only imagine what breakthroughs will come next.

This is why innovation must be in balance with healthy debate; as technology threatens to outpace society’s ability to cope with it, questions must always be asked in regards to the known and potentially unknown effects DNA manipulation can unleash on the public at large.