A mobile which u wud never like to charge after taking

Our world is about to witness a revolutionary change as a new technology is on the cards that can wirelessly power our devices on the go. This means: you won’t need to plug in your cell phone time and again and that electronic car battery of yours keeps on running!



Energous Corporation’s amazing “WattUp” is a wireless charger for electronic devices and is soon going to charge your cell phones and other battery devices using the abundance of radio waves. In this technology, Wirefree power router transmitters called WattUp will be fitted in a room or your home or office or any place of your choice and using software, the power from these transmitters will enable the battery operated devices to charge themselves on the go. According to Energous, this tech would possibly reach the consumers next year.

Best upcoming sports technology

Upcoming sports technology that comes with it will be a mind-blowing experience for those who participate as well as those who watch. Forget Ultimate Fighting or Lingerie Football, future sports will involve various levels of professional and recreational athletes.

Space Skydiving

Athletes of the future will include robots, cyborgs, humans who have legally taken performance-enhancing drugs, humans who have illegally doped, bionically-enhanced humans (not as much machinery as cyborgs), mutants of various sorts, "normal" humans and the Special Olympics will have all but gone away.

The venues of sports will also change in the future. For instance space sports will come into vogue less than 5 years from now. Float ball, space sky diving from low earth orbit and space runs (not walks) will be played and viewed by many. Space laser tag using high-powered lasers will also be outlawed.

Multi-Player, Multi-Level ...

Also, in the future sports of various kinds will be played on different levels similar to a life-size 3D chessboard. Wrestling, running, and various ball sports will be played on multi-levels.

In future sports there will be many ethical challenges as technology progresses combining man and machine or genetically-altered man. In fact, future athletes will be nothing like the athletes of today. Faster, stronger, quicker thinking and reacting, partly machine and partly the result of future medical technology that includes future gene splicing and other biological alterations the athlete of tomorrow will be placed in different categories than today in order that they may be participating on "an even playing field".

Cyborg Athletes

The problem is that unlike today, tomorrow the playing field will be changing at a rapid page. Professional athletes may be tempted to for instance injure themselves on purpose in order to get an artificial limb or organ that can help them compete more effectively in a different class.

Just like boxers will go up or down in weight in order to compete more effectively in different weight classes, future sports athletes will alter themselves mechanically, biologically or both to compete in different technological classes. In fact, boxing itself will have a major dilemma in regard to cyborg athletes, trying to figure out what is fair and what is not.

The Robot Wars of today may evolve into cyborg wars in the future. And Robot Wars could also involve a blend of machine and animal such as robotic dog fighting (Michael Vick will probably seed this company with startup money).

Future flying sports will evolve in the next 5 to 10 years as personal aircraft will start going mainstream. So, in the coming years we'll see more jetpack races and other small personal aircraft races taking place a few hundred feet above the ground.

Sky Jet Racing

American football in the future will become more violent, yet more safe and futuristic carbon fiber pads and helmets based upon nanotechnology will be lighter, stronger, distribute impact and lessen injuries better than at any time in history.

Soccer players with bionic legs and baseball pitchers with bionic arms will be problematic for the leagues in regard to ethics at first. Later, as more players become part machine there will be enough to form new leagues and new classes of athletes. The growing pains will be difficult for several years as fans will want to see the "best of the best" compete but will also want an "even playing field" on which to compete.

For the future recreational athlete, technology will be a blessing. For instance right now the U. S. Army is piloting a device, the HULC Exoskeleton that is much less dramatic than the one in the movie Avatar that will unfold and can be put upon a soldier's feet and legs to assist them in running fast in bursts and over longer distances. This future military technology is happening now.

HULC Robotic Exoskeleton

This same device will allow hikers to climb higher mountains like Mt. Everest or challenging climbs. Even those who are partially disabled will be helped in future sports with this mechanically assisted running device.

Future surfboards will help many more people take up this sport than at any other time in history. This is because the combination of gyroscopes, mini-computers and balance mechanisms will help beginners learn faster, stay on the boards longer without falling off or tipping over when surfing.

Rocket-powered jet skis will become a recreational device in and of themselves. And, they will be used to haul surfers out to monster waves and even the occasional rogue wave. There will even be a few "daring idiots" who will try and success in riding tsunami waves at least partway into shore as they are being spotted by those riding high power jet skis and low flying personal aircraft.

Future jet ski

These are just a few of my predictions on how future sports will evolve in the following years. And of course what I would like to hear especially is how you think future sports will evolve?

Apple S6 and its top notch features, a guiding light for future phones

A 12-megapixel camera with 4K video

The iPhone 6S’s camera finally got a huge upgrade with a 12-megapixel iSight camera and a two-tone flash. The increase in pixels improves the detail in photos, but Apple claims that image quality won’t be degraded thanks to new technology like “deep trench isolation,” which separates the photo diodes to maintain accurate colors and limit noise. The sensor has 50 percent more pixels as well as 50 percent more focus pixels to make auto focus faster.


The company showed off a number of incredible images taken with the iPhone 6S, and assured the crowd that none were retouched. A new panorama shot shows off how much bigger the panoramas can be, too. The iPhone 6S can now shoot 4K video, too — though you won’t be able to appreciate all the extra pixels viewing videos on the phone’s sub-4K screen.


Apple showed some love to the selfie cam, too with a 5-megapixel front-facing camera and a “true tone” flash. It lights up the phone’s main display to produce an accurate “flash” that matches the colors the camera sees. That way, the flash doesn’t wash out your face in the selfie.

A new feature called Live Photos essentially acts like the moving pictures in Harry Potter: You touch the photo and the picture moves. The live photos can even have sounds. The camera extends the capture mode for just a few seconds so you can see them move. You can use these live photos as wallpaper on your Apple Watch, and Facebook will also support the feature.

3D Touch

Apple’s new 3D touch-enabled screen takes multitouch to the next level by adding a third dimension: pressure. It’s sort of like Force Touch on the Apple Watch, but with special features for the iPhone and different levels of pressure. Apple calls it “3D Touch.” A light press on the screen will bring up a preview of content, whether it be an image, a website, or an itinerary. If you keep pressing, you’ll enter the content you selected. It allows you to dip in and out of where you are without losing context. The background of the app you’re in blurs out a bit, so you can see a preview on top.


According to Apple, you won’t have to jam down on the screen like you do on the Apple Watch; just a small bit of pressure can be registered on the screen, and the phone can tell the difference between mini taps and full taps. Capacitive sensors in the backlight portion of the display measure microscopic changes in distance between the glass and sensors. It also uses the accelerometer to determine pressure levels with more accuracy.


Apple showed off a demo of 3D Touch in action with Mail and iMessage apps. You can flick up from the bottom of the screen for actions like send, forward, etc. If the person you’re conversing with mentions a time, a flight plan, or other info, a light tap will bring up your calendar so you can check if you’re free, or show you the flight status.


3D Touch also works with apps on your home screen to bring up quick actions, so if you tap on the phone app, you’ll see your favorite contacts. You don’t have to actually enter the app to access features you use the most. If you tap on the camera, it’ll bring up “emergency selfie” mode. Of course, this mostly works with Apple apps, but some third-party apps will get the feature, including Dropbox, Facebook, WeChat, and Instagram.
Apple integrated 3D Touch into  iOS 9 on several other levels, so it also works with multitasking. To get to multitasking mode, you no longer have to double tap the home button, but rather apply a little force on the edge of the screen to get into app carousel.

Design stays the same

Apple chose to keep the iPhone 6S and 6S Plus’ physical design the same, but now offers a rose gold aluminum finish in addition to the silver, space gray, and gold versions. The new iPhones are made out of the new 7000 series aluminum that was used on the Apple Watch.

Moto droid turbo- Specifications here

                The new Moto Droid Turbo

Motorola Android 5.0 Lollipop Update
The Version Droid Turbo was announced earlier today, the Motorola-built device is the same size as the Moto X, boasts the internals of the Nexus 6 and comes with a monstrous battery capable of 48 hours of charge. So what’s the catch? Well for one, it is exclusive to Version and for another, early hands-on reviewers seems unimpressed by the device and its plastic build suggesting that the Droid Turbo needs more of a selling point than being a beefed up Moto X. However, for those Verizon customers who want a device smaller than the 6-inch Nexus 6, then the Version Droid Turbo may be an excellent alternative.

Version Droid Turbo Release Date, Price

The Droid Turbo should be available in Verizon stores on Oct. 30. The 32GB Version's Droid Turbo will be $199.99 on contract and the 64GB will be $249.99 on contract. Like all devices of the Droid line, the Droid Turbo is exclusive to Version.

Version  Droid Turbo Design

The Droid Turbo comes in 2 colors, black and red. The Droid Turbo lacks the metal frame found on the Moto X (2014) and the Nexus 6, instead it has a Kevlar finish which consists of metal-coated fiberglass and military-grade ballistic nylon. So you probably don’t have to worry about dropping or breaking the Droid Turbo.

The rugged build has slightly different dimensions depending on which one you choose. The Ballistic Nylon Droid Turbo has dimensions of 143.5 x 73.3 x 11.2mm and a weight of 176g. The Metalized Fiber Droid Turbo has dimensions of 143.5 x 73.3 x 10.6mm and a weight of 169g. It seems the Ballistic Nylon Droid Turbo is special edition and available in black only in both 32GB and 64GB versions.

version Droid Turbo Specs

The Droid Turbo boasts powerful specs, it has the overall form factor of the Moto X, but much more powerful internals. The Droid Turbo has a 5.2-inch IPS LCD Quad HD 2560 x 1440 display with 565ppi, giving it the same high quality display found on rival devices like the Nexus 6, Samsung Galaxy Note 4 and the LG G3.

The Droid Turbo has a great processor to match, with a quad-core Snapdragon 805 processor clocked at 2.7GHz and an Adreno 420 GPU. The Droid Turbo has 3GB of RAM with 32GB and 64GB non-expandable memory options. The Droid Turbo also has a remarkable camera with 21-megapixel rear facing camera with dual LED flash and a 2-megapixel front facing camera.

version Droid Turbo Features

No discussion about the Droid Turbo can be complete with mention of its battery life. The device has a 3,900mAh battery, capable of providing 48 hours of battery life without charge. It comes with the same Turbo Charger as the Nexus 6. The Droid Turbo is capable of getting 8 hours of battery life in 15 minutes of charge.

The Droid Turbo ships with Android 4.4 KitKat, but you can be sure the device will get Android 5.0 Lollipop. You can keep track of the update status of the device HERE.

Final Word: 

We will need some hands on time with the Droid Turbo before making a judgment, but so far with its 48 hour battery life, powerful specs, camera and Motorola update support it  may be a great device for Verizon customers that don't want to spring for the 6-inch Nexus 6 and want a device more powerful than the Moto X. 

Future Robots

Sure, you're familiar with the Honda ASIMO and perhaps even the Toyota humanoid robot, but there are a few future robots operating right now that you may not be familiar with. Let's take a look at the current bleeding edge of technology for future robots.

                     Future Medical Robot


For instance do you know about future robots such as the MAVs, Chembot, Snakebot, Flossie, A-Pod, WR-07, Robotic Chair, EATR and Rex? Perhaps one of the future inventions you don't know about is a robotic surgery machine that has already been created.

And then there is the whole emerging field of nanorobotics that will one day work wonders in the medical field. In fact, some have been created now. But, let's start with what we know about.

MAVs are small flying robots used for military surveillance. Micro-Aerial Vehicles or MAVs can be fixed wing, flapping or rotary style and are not unlike hobby RC aircraft.

The iRobot ChemBot was developed for the military to fit through extremely small openings in complex environments. The Chembot has no wheels and is extremely soft and flexible.

The Snakebot is a snake robot that slithers across the ground developed for use in search and rescue operations. Another use is to put the Snakebot on other planets to collect data during space missions.

Flossie

                         

Flossie is a vehicle testing robot designed to ride long hours in extreme heat and other inhumane conditions. It was developed to test Castrol oil operating in two and three wheel vehicles.

The Zenta A-Pod (inventor of hexapods) is a 6-legged robot with huge mandibles and can do a number of tricks. Some of the activities it can perform include climbing a rope and pouring a glass of water.

Hemji Soft Japan has created the WR-07 which is a real transformer like in the movies. It can change itself from car to robot and back again.

Max Dean invented the Robotic Chair that is a simple enough looking wooden structure like many others we sit upon every day. Designed as a piece of art intended as social comment, the Robotic Chair can break apart, pull its pieces together and erect itself back into the original shape.

Future Robotic Head

EATR (Energetically Autonomous Tactical Robot) can feed on biomass, gasoline, diesel and coal and is designed to carry heavy loads. It can transport fuel and weapons to places inaccessible to human beings.

Israel Aircraft Industries developed Rex to also carry heavy loads of up to 400 lbs in military operations. Rex provides logistical support and can operate up to 72 hours straight.

Of course there are an assortment of fighting robots, space robots and many other kinds of robots that have been used for years. Robotic limbs are being developed now. But what does the future hold?

Well, some of the most exciting future robots are the nanobots I had spoken about earlier. These tiny nanorobots will range in size from 0.1-10 micrometers and will be used in both the medical industry and environmental fields. One such "car" using buckyballs for wheels has been developed for regulating environmental temperatures.

Nanoboats

Nanobots someday will take over the medical field by performing surgery on cancer cells, polyps and taking samples. Medical nanorobots will also give targeted delivery of drugs to specific regions of the body.

Nanobots are in development now to be used for early diagnosis, treatment and monitoring of many different conditions and diseases. Moving among living cells these future robots will be able to be controlled and monitored by humans and move due to catalytic reactions within the body.

This is just an overview of the future robots to come. Many more are in development but have not been shared with the public yet. These future robots are either of military use or commercial use by companies who have proprietary technology and want to avoid competition. No matter what, though, this is just the beginning of seeing future robots integrated into the world in which we live.

Nexus 6p- Coolest phone specs here

 It's coming in the form of two new phones: the 5.2-inch Nexus 5X, developed by LG, and the 5.7-inch Nexus 6P, developed by Huawei.

Both devices pack the latest and greatest that these hardware manufacturers have to offer. They're equipped with a 12.3-megapixel camera that shoots 4K video, run Android 6.0 Marshmallow, and pack fingerprint readers so you can quickly unlock your devices, or pay for purchases with Android Pay.


But the flagship smartphone space is fierce, with competitors from Samsung and Apple offering most, if not all, of the same features. Let's see how the beefier of the new Nexus phones compares to two of the current smartphone juggernauts, the Samsung Galaxy S6 and the iPhone 6S.

GOOGLE NEXUS 6P Specs

Display  

5.7-inch AMOLED with 2,560 x 1

pixel resolution 

4.7-inch IPS with 1,334 xDimensions
 resolution 5.1-inch AMOLED

Mobile operating system  

Android 6.0 Marshmallow     

NFC  

Yes

Fingerprint reader  

Yes

Camera, video 

12.3-megapixel, ultra HD video (4K), 240fps slow motion video 12-megapixel, ultra HD

Optical image stabilization 

No (only 6S Plus) Yes
Front-facing camera  8 megapixels

Processor 

Qualcomm Snapdragon 810 64-bit A9 chip with M9 Octa-core

Storage  

32GB, 64GB, 128GB

Expandable storage 

No

Wireless charging  

No

Battery  

Nonremovable 3,450mAh

I won't wade into the debate between app availability on the Apple App Store and Google Play, as fans of either platform have likely made their minds up there. And while these numbers give us a general idea of how the new Nexus will hold up, we'll need to get some actual testing done to truly know more.

We'll ultimately need to get our hands on these new devices to before making a final judgement, but hopefully these numbers will help you get a better idea of what's in store.

Zero carbon emitting city(Masdar)-A concept city for world for making world a cleaner & greener place ..

Abu Dhabi, which controls 8% of the world's oil reserves and has the largest per capita carbon footprint in the world, may seem like an unlikely place for a revolution in clean energy production.  Nonetheless, it is here that the push for the carbon neutral city has begun as Abu Dhabi pushes efforts to decrease its impact on the environment and to ensure its continued relevance in the world energy market. The 22 billion dollar project, 15 million of which will be provided by Abu Dhabi's government, began in 2006 and aims to build a city in the UAE desert by the year 2016 that will generate its own energy while producing no waste. Masdar, which means "source" in Arabic, will be home to 50,000 residents; a University, operated with the Massachusetts Institute of Technology, focused on sustainability; and is expected to attract 1,500 businesses.

Plans for the City

The city is planned to use various methods to generate the energy it requires including using photovoltaic plants, concentrating solar thermal power, waste-to-energy plants and geothermal power. The majority of the energy will be harvested by a 10-megawatt photovoltaic field outside the city that will harvest some of the 2044 KwH/m2of solar irradiation per year that the area receives.  Additionally, tests are being conducted to harvest direct sunlight by using a system of mirrors that generates energy by concentrating sunlight to heat water.  In addition to generating clean energy, Masdar plans to produce no waste. All garbage generated by the city will be sorted and recycled or used for compost. Garbage that cannot be reused using these options, along with sewage sludge, will be processed into energy.
Aside from generating clean energy, the city has also placed great efforts in reducing energy use overall. Masdar is planned to run on about 30% of the energy required by a comparable city of the same size. To accomplish this, the entire city is connected to a smart grid which tracks the energy consumption of its residents. This system encourages the city's people to be more mindful of their energy use and also restricts usage of resources using methods such as automatically shutting off showers. Another energy saving feature planned for the city is an underground transportation system where driverless electric vehicles will transport residents to different stops throughout the city.
One of the city's biggest concerns is managing the hot desert temperature. Air conditioning requires constant high energy use that on hot days also places large electricity loads on a city's generators. In fact, air cooling accounts for 41% of the energy consumption in Abu Dhabi and 60% of peak capacity. Windows in every building are also heavily insulated to prevent heat from entering and city officials limit the air conditioning in buildings to a low of 77 degrees Fahrenheit.  To reduce cooling needs further, the city's layout has been designed to maximize air flow at street level. A 147-foot tall wind tower with LED lights running down its side informs residents of the city's energy consumption and funnels a breeze down to street level. [1] Streets are also narrow and welled in by buildings which block sunlight from directly reaching citizens. Masdar officials say that these measures work so well that they allow the city to feel up to 70 degrees Fahrenheit cooler than its surroundings.

Masdar City Today

Today Masdar city has finished its first phase of construction and plans to finish the second within the next year. The Masdar Institute has enrolled 167 students and a few residents live in the city. However, a recession has slowed the development of green energy technologies and has forced the completion time of the city to be pushed back to sometime between 2021 and 2025.  The energy goals of the city have also been lowered for now, requiring that the city run on as much as 50% the energy requirements of a comparable city as well as .