SpaceX Grasshopper Reusable Rocket Knows How to Park in Reverse

We’ve already invented a (partially) reusable spacecraft. But the rockets that were used to boost NASA’s space shuttles – and other spacecraft in general – were all designed for one-time use only. That makes space travel wasteful and expensive. That’s why the space transport company SpaceX is working on creating reusable rockets.

spacex grasshopper reusable rocket test

Like other rockets, the SpaceX Grasshopper takes off vertically. But instead of returning to Earth as a thousand molten bits when its work is done, the Grasshopper gracefully lands vertically, like a gymnast with a flaming butt. Have you seen one of those? They’re amazing. The video below shows it rising up to a height of 1,066 ft. before landing smoothly on the same launchpad that it came from. SpaceX claims that, thanks to its advanced navigation sensors, it was “directly controlling the vehicle based on new sensor readings, adding a new level of accuracy in sensing the distance between Grasshopper and the ground, enabling a more precise landing.”

Either that or they just played the first half of the video in reverse. Then again, the geniuses at SpaceX literally specialize in rocket science, so uh, rocket science… isn’t rocket science for them. I think I broke an idiom. Anyway, let’s just believe in them and egg them on so that one day a SpaceX rocket can teach me how to parallel park.

[SpaceX via Reddit]

MobileBeat 2013 is next week! – 20% discount

Which upcoming releases and trends will help you make your design even sleeker, your technology stacks even faster, and your revenue streams even safer? Who is claiming the eyeballs and wallets by providing the best Mobile Experience, and how? What […]

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Tech Deals of the Day: 7/5/2013

Our friends at TechBargains.com compile a list of daily deals to help you save money. Keep in mind that as with any good deal, products are limited in quantity and can sell out quickly – so don’t hesitate to check them out now.

If you’re looking to buy a product from a specific store, save money with updated and verified coupon codes here.

Computers & Peripherals

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Gorilla Glass maker details anti-reflective and antimicrobial phone displays

Touch screens are quite a marvel, but they still come with a few downsides. The glass used can be highly reflective, making it hard to see the display in open daylight, and since we touch our phones constantly, they’re susceptible to getting all sorts of germs on them. However, Gorilla Glass make Corning says they’re developing a new glass to counter these annoyances.

glass101-580x435

During the MIT Mobile Technology Summit, senior vice president and operations chief of staff for Corning Dr. Jeffrey Evenson discussed some of the advantages of Gorilla Glass, as well as some future technologies that will be implemented into the glass in the future, including anti-reflective and antimicrobial tech.

During the presentation, Evenson showed a slide that reveals a piece of glass with what appears to be round hole in the middle. However, Evenson went on to note that it’s actually not a hole but rather a section of the glass panel that has been treated with the new anti-reflection technology from Corning. Obviously, you can tell a huge difference.

corning-antireflection

As for the company’s antimicrobial tech, Corning says that it’ll be able to kill germs and viruses that can stick to your phone’s screen (which can eventually spread to other people or even yourself). Studies showed that after half an hour, a significant amount of germs were eliminated from the screen, while most or all of the germs were completely gone after around two hours. It’s certainly not an instant process, but it’s much better than having the germs lie dormant for days.

Corning said they don’t have an exact timeline of when to expect this new glass to roll out onto smartphones and tablets, but Evenson mentioned a vague “in the next two years,” so it seems we’ll be waiting for a little while. In the meantime, take comfort in knowing that your smartphone screen is filled with all sorts of nasty stuff that may or may not kill you.

VIA: Phone Arena

SOURCE: MIT Technology Review


Gorilla Glass maker details anti-reflective and antimicrobial phone displays is written by Craig Lloyd & originally posted on SlashGear.
© 2005 – 2013, SlashGear. All right reserved.

Researchers make telescopic contact lens capable of 2.8x zoom

If you’ve ever found yourself wishing for the ability to zoom your vision whilst squinting at a sign or object in the distance, you can rejoice – the first telescopic contact lens has been created, and with it the wearer’s sight can be boosted 2.8x. What’s more, the lens is small enough that it can be worn without discomfort.

telescopic-contact-lens-640x352

The work was done by researchers led by Eric Tremblay of the École Polytechnique Fédérale de Lausanne and Joseph Ford of University of California, San Diego. With this latest technology, all previous versions of telescopic vision have been torn asunder: implants, glasses, and thick contact lenses that were too big for someone to reasonably wear.

The lens measures in at 1.17mm in thickness, and works through a series of light bouncing. Light enters via the contact lens’ edges and bounces four times on very small mirrors made of aluminum, which function to both remove chromatic aberration and boost the image nearly three times. The light then reaches the outer portion of the retina with the magnified image.

The lenses were developed specifically for individuals affected by macular degeneration, which causes damage to the central part of the retina while usually leaving the edge of the retina in working condition. This portion of the eye can’t make out most details, however, reducing vision quality. Because the lenses pushes the light to this outer portion of the retina, individuals with this condition will be able to zoom in on an image, seeing the details the disease rids them of.

The contact lens is made from the same material that older versions of contact lenses were made from, a polymer called PMMA. The final product, which would be made available to the average consumer, will have to be made from the modern contact lens material known as RGP polymer. When in use, the wearer can switch back and forth between regular and zoomed vision.

This is achieved using 3D TV glasses (not to be confused with the red-and-blue 3D glasses used with older 3D technology). The glasses work with a polarizing filter that is on the front of the center portion of the lenses. The glasses reverses the polarization, causing the light bouncing and zoom effect.

SOURCE: Extreme Tech


Researchers make telescopic contact lens capable of 2.8x zoom is written by Brittany Hillen & originally posted on SlashGear.
© 2005 – 2013, SlashGear. All right reserved.

Doug Engelbart, inventor of the mouse, passes at 88

Though trackpads and touchscreens are slowly replacing the industrious little device, we’ve all used a mouse at one point or another, and they can found in tens of thousands of offices and homes across the globe, having served as a vital bit of modern computing for decades. Last night, the device’s inventor, Doug Engelbart, passed away at the age of 88 in his sleep.

ENGELBARTs_first_mouse

The information came from Engelbart’s daughter, who reported his passing in an email to the Computer History Museum located in California, the same state where the inventor worked at a research institute on a variety of other technologies used in modern times, including early forms of word processors, video teleconferencing, and email.

You can see the mouse for yourself in the image above, with the device being little more than a chunk of wood, a cable/connector, and a couple wheels inside that are made of metal. The invention took place in the 1960s, and it would be a while before it was adopted for widespread use with computers. Engelbart’s background consisted of electrical engineering, which he studied at Oregon State University, then going on to earn his doctorate degree in the same field from the University of California at Berkeley.

His career was kicked off by a stint during World War II as a radar technician, eventually leading to an electrical engineering position with Naca, which later became NASA. His focus eventually zeroed in on the mixture of human cognition and computers, taking him to the Stanford Research Institute. Not stopping there, however, he eventually started his own laboratory called the Augmentation Research Center.

Unfortunately for Engelbart, his patent on the mouse expired in 1987, and it was never widely used before that, having been licensed by the Stanford Research Institute to Apple for what was a decent sum at the time – 1983 – of $40,000. Since then, according to the BBC, it is believed that at least one billion mouses have been sold over the years.

Regardless, his work is said to have been before its time, and has found implementation in a lot of the modern technology we use now. He demonstrated the first-ever video teleconference at the same time he demonstrated the mouse, and also contributed to ARPANet, which eventually led to the creation of the Internet.

SOURCE: BBC


Doug Engelbart, inventor of the mouse, passes at 88 is written by Brittany Hillen & originally posted on SlashGear.
© 2005 – 2013, SlashGear. All right reserved.

Restore The Fourth

Restore the FourthThis year, the Fourth of July celebrations take a special importance for those who care about privacy and want to protest the NSA surveillance exposed in recent leaks.

Ford Creates Rapid Fabrication Technique to Prototype Sheet Metal in Days, Not Months

I recently had the opportunity to visit Ford’s headquarters in Dearborn, Michigan, and got a behind the scenes tour of their 3D printing and digital prototyping studio. What they’re doing with these technologies is truly impressive. But one thing they didn’t have ready to show me was their newly announced Freeform Fabrication Technology (F3T).

ford f3t robot

This advanced manufacturing process allows Ford to produce mockups and prototypes of actual sheet metal forms in a fraction of the time of traditional techniques. F3T uses a robotic forming tool that uses a pair of stylus-type tools to work a flat piece of sheet metal back and forth to give it form. The system is loaded with CAD data for the part that’s required, and then cranks out actual metal components in a matter of hours.

Here’s a brief video overview of the process:

Ford claims this process will allow them to produce prototype pieces from start-to-finish in just a couple of days or less, whereas the current process of creating custom dies could take two to six months. In addition, the F3T process eliminates the costs of producing expensive prototype dies.

At this point, F3T is still in the development stages, but Ford hopes to refine the process and put it into regular use in the not-too-distant future. While the technology is currently ideal for low-volume production, it’s possible it could lead to advancements in production applications down the road – perhaps even in the form of end-user vehicle customization.

BLEduino Arduino-compatible Board with Bluetooth 4.0: Low Cost, High Potential

Bluetooth low energy (BLE) technology may lead to better mobile gadgets and perhaps even the rise of new kinds of devices, thanks to its low power consumption and cost. But like NFC – another technology with huge potential – as of now only a handful of consumer devices support this technology. But thanks to a small company, tinkerers can incorporate BLE to their projects. All they need is the BLEduino.

bleduino arduino compatible bluetooth 4 board

Made by Kytelabs, the tiny BLEduino board is based on the Arduino Leonardo. That means it will work with Arduino shields and code. Watch the video below to see examples of devices that can be made using BLEduino.

Imagine that. You can make your own Bluetooth controller! Pledge at least $34 (USD) on Kickstarter to get a BLEduino as a reward. In case you want to make sure that your BLEduino will work with all of your shields, the higher reward tiers also come with Shield-Shield, an attachment that was also invented by Kytelabs. Shield-Shield makes the BLEduino compatible with both the old and new pin layout of Arduino shields.

Tech Deals of the Day: 7/3/2013

Our friends at TechBargains.com compile a list of daily deals to help you save money. Keep in mind that as with any good deal, products are limited in quantity and can sell out quickly – so don’t hesitate to check them out now.

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Godaddy 1-year Private .com Domain Name Registration $3.99 (normally $9.99- use Coupon Code: FREE7)
Patriot Viper 3 Intel Extreme Masters 4GB DDR3-1600 (PC3-12800) Desktop Memory $23.99 plus free shipping (normally $35- use this form)
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Acer S7 Intel i5 1080p Touchscreen 11.6” Laptop (2.3lbs Only!) $799.99 plus free shipping (normally $999)

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TCL LE48FHDF3310 48″ LED LCD HDTV $399.99 plus free shipping (normally $550)
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Canon EOS M 18MP Compact Mirrorless Camera w/ EF-M 22mm STM Lens $299 (normally $549)
Lenovo Ideatab A2109 9” 16GB Tablet Refurb w/ 1-Year Warranty $146.16 (normally $299 – use Coupon Code OUTLET20)
Foscam FI8918W Pan/Tilt Wireless IP Cameras $57.99 plus free shipping (normally $80)
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