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CleanSpace One

We've been hitting up space like a creeper hits up his Facebook crush. The thing is, a creeper leaves no traces of what they're doing, but that can't be said for our space explorations. Ever since our first trip, we’ve been leaving bits and pieces behind. Over the years, left untreated, this has become a problem. Now, the folks at the Swiss Space Center at EPFL (the Federal Institute for Technology in Lausanne) are looking to clean up with the development of satellites that have a case of OCD. 

The Swiss team has designed a ‘janitor’ satellite, which will roam space and collect debris. As the satellites return to earth, the debris will be burned as it re-enters the atmosphere. CleanSpace One is a series of satellites that are set to launch within the next three to five years. Scientists are working on a claw-like feature that can grab debris that's traveling at speeds reaching 17,000 miles per hour. If this projects proves to be successful, an estimated 16,000 pieces of space junk could be removed.

Read More | EPFL

Gallery: Swedish CleanSpace One satellite set to tidy up space junk


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Cupidtino

Well it’s that time of the year again and that day that many people dread is approaching, and we aren't talking about the fact that it's tax season. Valentine's Day (or Single Awareness Day for many folks!) is in just a few days away, and you might be scrambling for a date. Like many now days, you might be turning to an online dating service, such as OKCupid or Match.com. But before you look there, you’ll be surprised as to what studies have found.

Click to continue reading Online dating may not be your best bet for love

Read More | Association for Psychological Science

Gallery: Online dating may not be your best bet for love


A few weeks ago we reported on autonomous driving as a feature in the Toyota Fun-Vii, but it looks like BMW might have beat Toyota to the punch line.

Last year BMW scored 2-minute laps at Luguna Seca with the click of a button. This year BMW is back with new and improved technologies. When BMW hot lapped their 3 series at Luguna, they relied on radars and cameras to get the car to do what they wanted it to do. That wasn’t good enough for BMW, so they pushed the enveloped to have an autonomously-run car on the Autobahn, a road that has no speed limit. In order to execute this feat, BMW relied on ultrasonic scanners and lasers to read the road, traffic, and lanes. The system executes the necessary tasks and keeps with the flow of traffic. You can see the 5 series in action after the jump!

Though it is too early to see if this system will make it into production anytime soon, the technology is something manufactures have been dreaming of since the 50s. For now, BMW will be equipping some vehicles with a new Traffic Jam Assist system, aimed at helping you deal with traffic more efficiently.

Click to continue reading BMW 5 Series drives autonomous driving test hits the Autobahn

Read More | Autoblog

Gallery: BMW 5 Series drives autonomous driving test hits the Autobahn


BMW Smart Fabric

As automotive technology is advancing, things that we found novel are becoming a thing of the past. Remember when the first iPhone came out? People flocked to the phone like moths to a light initially. Now, iPhones are about as common as shoes, having lost their novel appeal.

Now apply the same analogy to automobiles. When automakers incorporated navigation systems into vehicles, everyone wanted one. Heck, even hip hop artists were rapping about it in their music. So the question remains to ask is ‘What technology will excite the new car buyer?’ BMW may have found the answer for the next big thing. Smart fabric is what they’re conceptually attempting to bring into cars. Not familiar with smart fabric? Let's break it down after the jump.

Click to continue reading BMW looking to use smart fabric to bring deep user customization to cars

Read More | Autoblog

Gallery: BMW looking to use smart fabric to bring deep user customization to cars


top 10 automotive technologies

The internal combustion engine saved the horse in the 1900s, and hybrid cars were supposed to save the automobile in the 2000s (nice try, Prius.) Now there’s a new savior in town--well, actually, there are a few.

Though the hybrid was a great start, it was only a gateway drug of an idea for gear-heads everywhere. We’ve all walked out into our driveway ready to get doing, only to stumble upon a flat tire. You can kiss that problem goodbye thanks to Goodyear. Thinking that your engine isn’t as efficient as it should be? You’re probably right, but technology mirroring NASA will solve that worry for you. Oh, and forget about getting a bigger motor, because you should instead be focusing on the 1-liter powerhouses. As technology improves, our automotive life will too. To get the full story, click on through to get a look at Car and Driver's 10 Most Promising Auto Technologies of the Future.

Gallery: Top 10 technologies that will change the automotive game


We’re all attached to our vehicles one way or another. They’re an extension of ourselves. With all that said, would you be willing to give up driving?

Now, we're not talking about giving up your car and relying on public transportation. Rather, we're talking about the general act of driving, controlling the speed of your vehicle, changing directions with a gripped steering wheel and the like. For many this might sound sci-fi-ish, but for manufactures like Toyota, it’s a concept for the near-distant future.

The Toyota Fun-Vii is a vehicle like no other. It allows the user to completely customize the vehicle to their choosing, be it to match their shoes or personality. The Fun-Vii concept allows the driver to place the vehicle into auto-drive, following a set route to preplanned destination. While the vehicle is in motion, passengers are immersed a fully customizable multimedia experience. Furthermore, the vehicle acts like a social hub. It can be used as a racing simulator or as a concert back drop for DJs.

Though it will be interesting seeing this vehicle on the road, there is no set date yet; other than the project release date of 20XX. So, you know, sometime in the next 89 years.

Gallery: The future of commuting: Toyota Fun-Vii


On Wednesday, I reported on the approach to the Sun by Comet Lovejoy, the first "sungrazing" comet to be discovered by a ground-based observer in over 40 years. Most comet experts had predicted that the comet, officially known as C/2011 W3 (Lovejoy), would disintegrate on Friday, vaporized by its passage just a fraction of a solar radius from our star. Clearly, the comet had other ideas.

To the delight of astronomers, it survived its close encounter with the Sun, retaining much of its brilliance as seen in images from spaceborne observatories. It’s now receding from the Sun and should become visible in the night sky within days for observers at southerly latitudes.

Yesterday, as seen in images from the Solar and Heliospheric Observatory (SOHO), Comet Lovejoy rapidly closed in on the Sun, brightening (as evidenced by the "wings" on either side of the comet’s head—an artifact due to "pixel blooming" as the camera’s CCD censors became oversaturated by the comet’s brilliance, flooding adjacent pixels with brightness) and then fading in its final approach to the Sun.

Click to continue reading Comet Lovejoy lives on, survives sungrazing

Gallery: Comet Lovejoy lives on, survives sungrazing


Soon after Australian amateur astronomer Terry Lovejoy discovered a comet in an automated search program using a telescope equipped with a CCD detector on Nov. 27, it became clear that he had found something special.

Follow-up observations determined that the comet belonged to the Kreutz group of sungrazing comets, so called because members of this comet family—which all travel in similar orbits—pass extremely close to the Sun. The brightest Kreutz comets, such as the great comets of 1066, 1843, 1882, and 1965, have been among the most spectacular comets on record. The Kreutz group is believed to be the remnants of what was once a single, larger comet that has progressively fragmented over the past couple thousand years.

Although Lovejoy's comet—now officially known as C/2011 W3 (Lovejoy)—is not expected to rival the greatest Kreutz comets, it’s the first sungrazer to be found by a ground-based observer in over 40 years, and it should put on an impressive show online. It’s now visible in the images of several spaceborne observatories that monitor our star—the twin STEREO spacecraft and the Solar and Heliospheric Observatory (SOHO)—and should brighten as it makes what’s likely a suicidal run at the Sun.

Click to continue reading Watch a bright comet head for the sun

Gallery: Watch a bright comet head for the sun


Eliminate Car Blind spots

Car and Driver has released a simple infographic that explains how we should all be setting up the rear-view and outside mirrors on our cars to get rid of that pesky blind spot. I must admit, when looking at their examples of how to set up your mirrors improperly, they're definitely talking about me. The recommended setup comes from the Society of Automotive Engineers:

The paper advocates adjusting the mirrors so far outward that the viewing angle of the side mirrors just overlaps that of the cabin's rearview mirror. This can be disorienting for drivers used to seeing the flanks of their own car in the side mirrors. But when correctly positioned, the mirrors negate a car's blind spots. This obviates the need to glance over your shoulder to safely change lanes as well as the need for an expensive blind-spot warning system.

Get a look at the full instructions in the graphic after the break.

Click to continue reading How to adjust your car mirrors to eliminate blind spots

Gallery: How to adjust your car mirrors to eliminate blind spots


Protecting the nation's electric grid from cyber attacks is imperative, but a lack of standards and a designated federal agency to handle the issue could hamper progress, according to a new study.

"With rapidly expanding connectivity and rapidly evolving threats, making the grid invulnerable to cyber events is impossible, [but] improving resilience to attacks and reducing the impact of attacks are important," according to the Massachusetts Institute of Technology (MIT).

The 268-page report focuses on the future of the electric grid, with a chapter on cybersecurity efforts.

"Much as cybersecurity was not a key factor in the design of the Internet, cybersecurity has not been a high priority—until recently—in designing grid components," researchers concluded.

It's not cheap to secure the grid, however. A 2011 report from the Electric Power Research Institute (EPRI) estimated that it would take at least $3.7 billion to secure grid cybersecurity. Trouble is, "the probability of a serious event is still very low," so it's difficult to get businesses to invest in grid cyber efforts.

That could change as more and more devices come on to the grid, and consumers turn to generating their own electricity via fuel cells, wind turbines, solar roofs, and the like.

Click to continue reading How do we protect the power grid from a cyber attack?

Gallery: How do we protect the power grid from a cyber attack?


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