Latest of Tomorrow

We have crutches for support in walking if we have a broken leg or it is helpful using for people who have lost their legs. But using crutches is somehow a bad experience for people who have got a sudden change in their way of life. But how could we became satisfied when are not able to do a normal walk. If somebody hold us on for some moment and go for a walk that is an enjoyable one for us. God is able to do such things on us if we are willing to give Him, our life every day. Read more: Printer creating 3D prints We are talking about a technology which assist us in walking. Yea, you can walk as normal as you can even if you are not able to do so. Honda the leading automotive manufacturer developed a new device which helps people who are not able to walk. It can be attached to your legs and it have the ability to control your motions as you go on and it will do a normal walk for you. There are many other walking assistant devices are available now a days and this is the ne...

We all are familiar with the QWERTY keyboard as most of us are using such type of keyboard for our daily use. QWERTY is the most efficient typing layout for desktop and laptop but if you are using such keyboards in a smart phone or on a tablet some times it is annoying to type in such keyboards because of the congested arrangement of keys. So to avoid this problem scientists and researchers found a new way that we could type more efficiently in smart phones and tablets. KALQ was developed by researchers from the University of St. Andrews, and the Max Plank Institute for Informatics and Montana Tech. It was named after the row of letters at the right-bottom of the layout like wise of QWERTY layout. The researchers says that by practicing typing in KALQ, you can reach the QWERTY typing speed in 8 hours and can surpass your QWERTY typing speed with in 19 hours.

Bionic Arm is a new technology which gives hope to the people who lost their hands in accidents or in another way same like Bionic Eye . And it goes out of the labs and a woman named Claudia Mitchell got the first chance to wear a bionic arm after she lost her left arm in a motorcycle accident. The Bionic arm is mostly like the real arm which allows normal motion almost same as that of your real hand. You can do simple tasks like picking up a cup, fist the arm using this artificial arm. It will work according to the instructions directed by your brain. 

The Chinese scientist Prof. Gao Chao of Department of Polymer  Science and Engineering, Zhejiang University and team invented the  world's ever lightest material which might have a good role in pollution  control and purification.   It has a mass of 0.16 milligram, according to the Scientists which is less  denser than air. The previous record holder is an aerographite. The new material is 12 percent lighter than the previous one. It was made up of graphene which is a lightest compound of carbon. Aerogel is a low-density solid-state material derived from gel in which  the liquid component of the gel has been replaced with gas. The result  is an extremely low density solid with several remarkable properties.

Hey everyone, Google has just introduced yet another astonishing technology which could make a great change in the lives of people after the Google Glass. Google just introduced today the best one ever we could achieve, that is smelling anything live. You just have to bring your nose as close as to the screen to smell the scent by opening the Google Nose page on a modern browser like Google Chrome. The technology is that its actually burning the pixels and the liquid inside the screen of your device which is not harmful to the system and spreading the smell using the fan of CPU.  Google Nose could bring any smell like the smell of Napkin, Beach, smell of used clothes, the smell of a rainy day, hair dye, soup, Stale beer and even the smell of a rock concert. What you have to do is just type in to Google.com and selecting the link below quoted as New Google Nose or just  click here . Note that this is now in its beta version and you may feel some difference in the smell of t...

Its now possible to control your TV via your gestures, actions and all. Natural human interfaces, ones that involve human movement, for example, tend to be incredibly engaging.WAVWspace the new technology was developed by Reactrix and exhibited in partnership with Samsung. WAVEscape™ is Reactrix' newest gesture-based, interactive technology that will create an entirely new form of digital out-of-home advertising. WAVEscape compels consumers to engage in an unforgettable"hands-on" experience. The technology will engage consumers, technology buffs and advertisers alike, allowing them to literally immerse themselves in an ad. WAVEscape solidifies Reactrix' position as the leading innovator in interactive, digital out-of-home advertising and gesture-based technology.

Good news for the people who are visually aided with Retinitis Pigmentosa or otherwise known as Night Blindness or Tunnel Vision.  It is a tiny implantable microchip permitted patients, who had given up on seeing again to read a clock or identify daily objects. The wafer-thin device is to be implanted for the first time in University of Oxford and London, with surgery scheduled within weeks, the Daily Mail reported. Most of the middle-aged patients were to be treated for retinitis pigmentosa.  A microchip packed with 1,500 light sensors is implanted to the back of the eye. The sensors convert light to electrical signals, which stimulate nerves in the retina to pass down signals to optic nerve which would gap into the brain to form an image. Technology varies with different Universities and researchers worldwide are trying to find ways to use electronics to improve visual recognition.  Last year, MIT announced it had developed a chip implant that could restore ...

It's time for the nano revolution. Nanotech research, which is the science of manipulating matter at molecular scale, has come a long way in recent years. Scientists envision a future in which nanorobots, machines and transporters perform a variety of tasks benefiting industries ranging from medicine to manufacturing. Now the dreams coming true. A tiny nano-sized car which can propel itself forward in response to electrical pulses has been created by scientists in the Netherlands. The electric-powered vehicle, which is the size of a single molecule, has a chassis and four paddle-shaped wheels and is roughly one-billionth the size of a traditional hatchback car. The car traveled six nanometers on its initial journey and required 500 millivolts of electricity for every half revolution of its wheels, quite a bit proportionately.

Now you not need to wait in front of the market to taste the different varieties of fruits and other eatables. Its all the newly developed 'Electronic Tongue' will do it for you. Researchers at the Center for Molecular Recognition and Technological Development (IDM) and the CUINA group of the Universitat Politecnica de Valencia (UPV) in Spain have developed a new electronic tongue system that analyzes the antioxidant powers of juices, fruit and fruit purees. Electronic tongues, using electrochemical techniques, help us to sort food samples in situ and to quantify their physio chemical parameters, in a fast and economical way," said Ramon Martinez Mañez in a news release from AlphaGalileo. Mañez is a researcher at the UPV and IDM. The Working: A computer compares scans of the array of dots before and after the paper is wetted with an eyedropper full of liquid. After running dozens of samples of mystery artificial sweeteners dissolved in water or tea, the research ...

Researchers from Massachusetts Institute of Technology have invented the world's first artificial leaf that can turn water into hydrogen and oxygen with the help of sunlight without needing any external connections, is seen with some real leaves, which also convert the energy of sunlight directly into storable chemical form. Researchers led by MIT professor Daniel Nocera have produced something they’re calling an “artificial leaf”: Like living leaves, the device can turn the energy of sunlight directly into a chemical fuel that can be stored and used later as an energy source. In this a silicon solar cell with different catalytic materials bonded onto its two sides which needs no external wires or control circuits to operate. Bound onto the silicon is a layer of a cobalt-based catalyst, which releases oxygen, a material whose potential for generating fuel from sunlight was discovered by Nocera and his co-authors in 2008. The other side of the silicon sheet is coated wit...

Graphene, the world's thinnest and toughest material, could spur the development of next generation computer chips, besides revolutionising materials science.Its amazing properties open the way to bendable touch screen phones and computers, lighter aircraft, paper thin HD TV sets and lightning-quick net connections, and more. Graphene is an allotrope of carbon, whose structure is one-atom-thick planar sheets of sp2-bonded carbon atoms that are densely packed in a honeycomb crystal lattice or arranged in a hexagonal pattern resembling chicken wire. In graphite, many flat graphene sheets are stacked together. The term graphene was coined as a combination of graphite and the suffix -ene by Hanns-Peter Boehm, who described single-layer carbon foils in 1962. Graphene is most easily visualized as an atomic-scale chicken wire made of carbon atoms and their bonds. The crystalline or "flake" form of graphite consists of many graphene sheets stacked together.Graphene transi...

Did you ever think about producing energy from the window of your home to meet up with the energy needs? An Israeli company named Pythagoras Solar invented the World’s first transparent Photovoltaic glass unit (PVGU) which will produce energy from sunlight directly. Pythagoras Solar beat out nearly 5000 entrants to win this year’s $100,000 GE Ecomagination Challenge, which recognizes the most promising green energy building innovations, for its unique solar window. According to the CEO of Pythagoras Solar, the window will produce benefits such as power generation and reducing the building energy needs, while allowing light in. The technology is its optical design uses direct light to generate energy, while optimising daylight inside the building. Photovoltaic Glass Units (PVGUs), are compatible with standard glazing systems, combine energy efficiency, high density solar power generation and transparency. PVGUs employ a prism system that steers most of the so-called direct ...

Yes! It is possible now! by simply switching on the light bulb or LED, you can also switch on the wireless internet connection at home. The British Physicist of Edinburgh University Prof. Harald Hass who claims to have developed a technology which can send data through the same connection as a normal lamp.Prof. Harald says the invention , dubbed D-light can send data faster than 10 megabits/second, which is the speed of a typical broadband connection, by altering the frequency of the ambient light in the room. He says the other possibilities of the device which he has dubbed "Li-Fi", or Light Fidelity include sending wireless data from 'white space' in your TV spectrum and unused satellite signals. He said he could turn all incandescent bulbs and LED's into internet transmitters. It has applications in Hospitals, Airplanes where passengers can browse internet  through signals beamed out of the bulb on board, Military and even in underwater.  The visible ligh...

RBI (Reserve Bank of India) the apex banking institution of India has decided to introduce100 crore pieces of polymer 10 rupee notes. The bank notes are made from the polymer Bi axially Oriented Polypropylene(BOPP) which greatly enhances durability of the bank notes. Polymer bank notes also incorporate many security features which are not available to paper bank notes, making counterfeiting much more difficult. And so, imitations of Indian Rupee can be widely reduced.   According to the Senior officials from RBI, the life time of plastic(polymer) bank notes have life time 5 times than that of paper bank notes. RBI has called a global tender to produce the polymer bank notes. This technology was first introduced in Australia in 1988.  The nations New Zealand, Papua New Guinea, Romania, Bermuda, Brunei and Vietnam also now using this technology.