NASA's laser-powered spacecraft will fly to Mars in 72 hours — Mars exploration compilation
1. NASA was forced to cancel six attempted launches of a saucer-shaped Mars landing test vehicle in early June, 2014 because of unusually strong winds at the Hawaiian test site.
2. NASA scientist Philip Lubin is working on perfecting laser technology that could propel a light spacecraft to Mars in as little as three days.
3. NASA is developing an inflatable heat shield it plans to test in 2016 that could one day be used to send astronauts to Mars.
4. Fusion rocket engines could take a manned crew to Mars in 30 to 90 days, NASA-funded scientists at the University of Washington say.
5. A NASA-funded study written by aerospace engineering company SpaceWorks says that keeping astronauts unconscious during long flights in space cuts down on the equipment and resources needed on the shuttle, and also eliminates the negative psychological effects of long hauls in space.
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Please watch: «Crying dog breaks the internet’s heart — but this sad dog story has a happy ending» www.youtube.com/watch?v=4prKTN9bYQc
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#animalrobots
That's the field dedicated to imitating aspects of nature to better understand, and potentially solve, complex human issues.
It's the reason why so many engineers and researchers are creating robot models of animals.
Robotic animals can help researchers better understand locomotion, evolution, and simply how certain animals accomplish the amazingly unique tasks that they do.
But they can also have tangible applications, from scouting for danger for the marines to aiding in search and rescue missions.
The flying car has been the promise of science fiction and technology expos since the 30s when an airplane engineer decided to try and make a plane drivable on the road. Since then there have been numerous false starts and lofty promises while we were still no closer to having a car that with the push of a button could take to the air. All of that is changing, though...or so they say. A Japanese company has reached a little realized threshold of sustaining a manned flight on a multirotor electric vertical take off and landing flying car. While four minutes and a few feet doesn’t sound that impressive, it’s a lot closer than most have gotten in their hopes of designing a mode of transport that operates in three dimensions instead of just the boring old two. SkyDrive Inc’s SD-03 flying car concept joins Hyundai and Uber’s flying taxi as well as concepts from other startups and stalwarts like Boeing and AirBus trying to be first into what could end up being a trillion dollar industry. But are we really three years away from the flying car like Japan hopes, or are there more hurdles for the flying car before we can live our Jetson’s future? Let’s take a look at the Toyota invested SkyDrive SD-03 and what it might mean for the future of the flying car.
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The electrification of the pickup truck, America's most beloved automobile, could finally jolt EVs fully into the U.S. mainstream. It also promises a huge payday for the companies that can make them affordable. The players in this potentially lucrative market aren't just the traditional, deep-pocketed automakers, mind you: there's a batch of well-funded startups going head-to-head in the coming fight
#Accelerate #ElectricVehicles #Trucks
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Prepare to be impressed, because today's video is on the top five amazing scientific toys and gadgets. Special thanks to FeelFlux for sending me that cool levitating magnetic gadget!
Several segments are licensed under Creative Commons (CC)
Flvio (CC), MIT (CC), Tangible Media Group / Hiroshi Ishii (CC)
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In this video I show you how to make a remote controlled spider robot.
Clarification… The introduction of the video is stop motion animation, it was only done to visually enrich the content and to exemplify how the idea was born without using a real spider. I do not intend that you believe that the final result of the product is the same.
Also keep in mind that remote control does not always mean that it is Radio Control, since you can control something remotely even when using a physical connection.
Keep in mind:
The content shown in this video is experimental, everything was done during the recording, if you plan to recreate what is shown here, be careful when using the tools and keep in mind that you must have basic knowledge of electronics and basic tools.
Read the following recommendations if you plan to recreate it.
-Don't make the same size shown here, in spite of having included other 2 motors, a 9-volt battery was used at the end to move and the motors were burned after a while of operation, the problem is solved if it does smaller maybe half or less.
— Get a battery holder for 4 units, it's better and cheaper than doing it manually.
-The engines have to be all similar.
Circuit diagram: www.facebook.com/PlayToDIY/photos/a.796984797331392/796984817331390/?type=3&theater
Music Used
Gloom Horizon
Secret of Tiki Island
Vicious
Spellbound
Kevin MacLeod (incompetech.com)
Licensed under Creative Commons: By Attribution 3.0 License creativecommons.org/licenses/by/3.0/
