World’s First Hyperloop System - 12 Minutes Rides will take You From Abu Dhabi to Dubai - Amazingly Wow !

Elon Musk's grand vision of a Hyperloop system that can transport people and cargo through high-speed vacuum tubes is coming to life in the United Arab Emirates.

The near-supersonic railway would connect the Emirati capital of Abu Dhabi with Dubai, the area's most populous city, in only 12 short minutes. This journey normally requires about two hours of travel by car or train.

Los Angeles-based Hyperloop One and Dubai's Road and Transport Authority announced their new partnership Tuesday atop Dubai's Burj Khalifa, the world's tallest building.

"We are here today to sign a historic agreement with our partners from (the Dubai) Road and Transport Authority ... and we begin to evaluate the delivery of the world's first hyperloop system across the country," Hyperloop One CEO, Rob Lloyd, told reporters.

The Roads and Transport Authority and Hyperloop One have agreed to develop a prototype of the hyperloop and the feasibility of building a hyperloop system that can link the two cities.

Hyperloop One's vision consists of combining autonomous vehicles with Hyperloop technology, according to a company press release:

"Individuals can commute for limited distances within the city in small self-driving vehicles. These vehicles can then board the Hyperloop train to travel for longer distances—including between cities—with speeds that can reach 1,200 kilometers per hour, exceeding aircraft speed. Hyperloop stations will be spread all around the city, providing easy and convenient access. This would effectively reduce travel time between Dubai and Abu Dhabi to less than 12 minutes, and between Dubai and Riyadh to less than 48 minutes.

"The new technology is set to have positive implications on urban planning; it will economize parking spaces as it changes the way individuals commute within the city, as well as to and from logistical centers such as airports and ports—not to mention the impact it will have on shipping."

The deal is also meant to help city-state move forward with the "Dubai Autonomous Transportation Strategy," which aims to render 25 percent of all transportations in the emirate driverless by 2030.

Although Tesla CEO Elon Musk came up with the futuristic transport idea back in 2013, he is not affiliated with any hyperloop companies. He has, however, encouraged other private companies to turn his vision into reality. Besides Hyperloop One, Hyperloop Transportation Technologies is another firm trying to bring the technology to life.

When asked about the project's cost, Hyperloop co-founder Josh Giegel told the Associated Press it would be "somewhere between the cost of putting a road in and a high-speed rail."

The Associated Press reported that at Tuesday's event, Hyperloop officials showed several circular station models for Dubai, including one at Emirates Towers on Dubai's main artery, Sheikh Zayed Road. Dubai's Jebel Ali port is also exploring the possibility of using the technology.

Hyperloop One is currently testing the transport system in the Nevada desert.

Qualcomm Announces World’s First 5G Modem

We have barely even caught up to the rest of the world with 4G and now a company is announcing the first 5G modem already.

Qualcomm one of the most popular smartphone chip makers has revealed the world’s first 5G modem. Known as the Snapdragon X50, it will support speeds of upto 5Gbps. The global average 4G speeds are only 13.5Mbps so you’re not alone in thinking that 5Gbps is unlikely so early in the game. Do keep in mind however, that these are only theoretical speeds and this 5Gbps milestone, can only be achieved under lab conditions,

Heading to South Korea First:

5G is going to launch in South Korea in 2018 and will be slowly rolled out in US and UK by 2020. There is no commercial network currently capable of supporting speeds that high. South Korea is the leader in the internet race with the fastest global average internet speed for 4G. The fixed internet connection speeds in South Korea are also one of the fastest with an average of 98.7Mbps. All things considered it makes sense for South Korea to be the first country to be rolling out 5G.

KiloCore is the World’s First 1,000 Core Processor

A team of researchers from the University of California have designed a first of its kind, 1000 core processor which they call the KiloCore.

Bevan Baas, professor of electrical and computer engineering, who led the team said,

“To the best of our knowledge, it is the world’s first 1,000-processor chip and it is the highest clock-rate processor ever designed in a university.”

There have been attempts at making processors with a lot of cores, but none of them ever went past 300 cores according to an analysis by professor Baas’ team. Majority of those were made for research purposes and very few of them ever made it into the consumer market.

Features of the KiloCore

The processing chip was fabricated by IBM using 32nm CMOS technology. The professor claims that this processor is the most energy efficient processor as well, saying that it uses just 0.7 watts of power.

The way the processor handles its tasks is also much more efficient than regular processors because it divides each application into smaller applications. Each of the smaller apps are given to a single processor to handle, in a more flexible approach. It can execute instructions about 100 times more efficiently than a regular laptop processor.

Possible Use in the Future

The KiloCore would not enter mass production any time soon as they were made using a relatively older manufacturing process of 32nm, whereas most of the processors nowadays are made using 14nm technology.

We could possibly see it make its way into the mobile devices, where several small applications are being run at the same time, and using less power is also considered a major plus point. This can lead to long-lasting mobile gadgets.

Samsung introduces its first ever cord free earbuds - For ANDROID ONLY

Samsung showed off its first-ever cord-free earbuds Thursday, extending its line of wearable fitness gadgets.

The Gear IconX has built-in heart rate and distance monitoring that works by using an optical sensor and accelerometer.

The earbuds can play music with or without a phone, and they can take calls when paired with a phone by acting as a Bluetooth headset. They have 4 GB of internal storage and can stream Spotify, Google Music and Pandora (P) through a Bluetooth-connected smartphone. There's also a cool ambient sound feature that lets outside noise blend in with the audio.

I spent a little time wearing them and found the earbuds to be very comfortable and secure. I ran on a treadmill at about 6 mph for two minutes and they felt securely tucked in my ear -- after I found right size plugs. (One of the earbuds fell out about halfway through on my first attempt.)

The sound quality is rich and full, and volume and menu options are accessed through touch control.

The Gear IconX earbuds come in a charging case that can hold two additional full charges. Samsung says battery life should run around one and a half hours if the earbuds are paired to a phone and three hours if they're not.

Cordless earbuds aren't a new concept, but current models tend to be either too expensive with too few features, or inexpensive and questionable quality.

At $200, the Gear IconX isn't exactly cheap, but Samsung will likely offer promotions for the device in the third quarter when they become available. There are three colors -- black, white and blue.

I stopped listening to music at the gym last year after I crushed my iPhone between the pedals of an elliptical machine. Luckily, only the charging port was dented, but it was enough for me to understand that cords and swinging arms don't mix.

Still, cords and wires at least make it easier to find headphones in a bag, and if you lose one of these earbuds, you'll have to buy a whole new set.

Samsung also introduced an update of its Gear Fit activity tracker Thursday.

The Gear Fit2 now has GPS, a much wider screen that displays text vertically and a curvier shape for better fit. The Gear Fit2 also comes in a smaller size.

Like the Gear IconX, the new Fit has 4 GB of storage and Spotify is built in to play play music without a phone. The Gear Fit2 is also waterproof for up to half an hour.

Pre-orders for the Gear Fit2 start Friday for $179.

World's First Mind Controlled Car

When automobiles giant like Nissan, Toyota and Tesla are focusing on self-driving smart cars, Chinese researchers have taken the future of automotive car driving technology to the level that's beyond your imaginations.

Chinese researchers have built what they claim is the World's First Mind-Controlled Car — that uses nothing but human’s brain power to drive.

Isn't that sound like a piece of some Sci-Fi movies?

But it's true.

World's First Mind-Controlled Car

The team of researchers from Nankai University, in the north-east port city of Tianjin, has designed a brainsignal-reading headgear instrument that allows a driver to:

• Drive forward
• Drive backwards
• Come to a Stop
• Both Lock and Unlock the vehicle

...all without using his/her hands or feet.

The team has spent almost two years bringing the mind-controlled car to the reality.

How Does the Mind-Controlled Car Work? Watch in Action

Zhang Zhao, one of the project's researchers, told Reuters the headgear equipment comprises of 16 electroencephalogram (EEG) sensors that are used to capture driver's brain signals when worn.

The brain signals will then be transmitted wirelessly to a computer program, which will then translate those signals to the relevant automotive commands and pass the control commands to the car, enabling car control.

The new technology of self-driving cars is aimed at the betterment of human beings. Soon, it might be possible to integrate brain-controlled technology to driverless cars, like the Google Self-Driving Car (SDC).

However, the technology is very much in progress with the researchers at the phase where their unique car, provided by Chinese car manufacturer Great Wall Motor, can only drive in straight direction currently using brain power.

The brain-fuelled automotive technology was initially inspired by the idea to help physically handicapped people who are unable to steer their vehicles.

Besides helping physically disabled people and assisting in checking pollution, the team says its system is also safe from absent-mindedness because concentration in these newer cars is only needed to change vehicle’s moving status, like changing lanes or turning.