Posted in entertainment, military
When a young woman finds herself captured on board a military aircraft. The soldiers don’t think much of her, until their commander confirms her identity and all hell breaks loose. Produced by the talented Stoyan Yankov and Directed by talented Henrik B. Clausen! See the details below for more info…
INFORMATION AND CREDITS / ARENE
A Sci-Fi short film by.
Henrik B. Clausen and 3D College Denmark.
PRODUCTION COMPANIES:
Nifty!
Award winning graduation film NO-A completed at the Savannah College of Art and Design by a core team of 8 students.
The world is a desolate, unforgiving place in this action sci-fi with a surprising amount of heart. We follow NO-A (Noah), as he attempts to rescue Aixa, the young woman that created him. In his desperate attempt to save her, he must face an unknown enemy force and fight to keep them both alive.
© NO-A Productions.
Website: noafilm.org/
Facebook: facebook.com/pages/NO-A/948787145132068?-ref=aymt_homepage_panel
Twitter: twitter.com/NOA_Film
Credits
============================
Directed by.
Liam Murphy.
Not a big fan of laundry day? Well what if you could wash your clothes just by stepping into the sunshine? Thanks to researchers at RMIT University in Melbourne, a self-cleaning textile could make that possible in the very near future. With the help of special nanostructures grown directly into the fabric, these new textiles could degrade organic matter like dirt, dust, and sweat when exposed to a concentrated light source.
To achieve this effect, the nanostructures used by the RMIT University team are made copper and silver. These metals are great at absorbing visible light, and when they’re exposed to light from the sun or even a light bulb, the nanostructures react with increased energy that creates “hot electrons”.
Related: Columbia’s most comfortable clothes are also its smartest, thanks to textile tech.
Don’t believe me? Here’s Musk’s argument in full:
The strongest argument for us being in a simulation probably is the following. Forty years ago we had pong. Like, two rectangles and a dot. That was what games were.
Now, 40 years later, we have photorealistic, 3D simulations with millions of people playing simultaneously, and it’s getting better every year. Soon we’ll have virtual reality, augmented reality.
It’s funny, because even in the space industry, it isn’t every day that you get to work on a really far reaching idea. At Made In Space the vast majority of our engineering energy goes to concepts that will be operational hardware within 5 years. We like to talk about the future a lot, and there is a great deal of whiteboard engineering of what space colonies will look like or what the constraints to manufacturing on Enceladus would be. But we don’t usually get to work directly on the long term stuff. Thanks to the NIAC program, we’ll be doing some of that work.
NASA’s Innovative Advanced Concepts (NIAC) program awards research grants with the intent of studying out-of-the-box ways that space exploration might be done differently. Most of the focus is longer horizon stuff that would be operational on 10+ year timescales. Made In Space recently proposed a new vision for exploring and using asteroids and was awarded a NIAC grant. This is what we proposed.
Y Combinator, a seed accelerator and startup incubator, plans to inaugurate a short-term “universal basic income” experiment in Oakland, California; it’s a first step toward a larger, projected five-year study of the guaranteed cost-of-living salary.
There’s been a lot of talk lately about “basic income”—the notion of a guaranteed financial disbursement to every human being simply for being alive.
It’s an idea that has garnered a great deal of support in certain circles, for obvious reasons (free money); however, many see it as the natural progression of society…as the only viable way of dealing with issues like increased automation, poverty, etc. Indeed, many see in a universal basic income (UBI) an instrument of liberty, and an effective tool for combating the threats of social unrest, economic dislocation, and various other forms of civil strife that are often the corollaries of unemployment.
A team out of Waseda University in Japan has unveiled some pretty cool images from the first half of the 20th century, given new depth with full colorization thanks to an artificial intelligence.
Unlike colorizing black and white photos using software, which can be a lengthy process of repeated cleaning and coloring – this AI samples similar photos and applies those colors and tones to the photo at hand. So, for example, if you have an old black and white photo of your grandparent’s house – and that house is still standing today – you can take a photo of it and the AI will learn how to color the old photo based on the tones and levels from the modern day one.
Similarly, if you have an old photo of an area or people that don’t exist, the program can still learn and adapt those colors from similarly colored images. The more photos and images it has to pull from, the greater detail and true to color matching it will be able to provide.
“The property that has given humans a dominant advantage over other species is not strength or speed, but intelligence.”
Intel is in the midst of its biggest business transition ever. Just a few months ago, the chip giant announced that it would be laying off 11,000 workers and taking a step away from the PC market. Instead, it’ll be focusing on wearables and IoT devices. Coinciding with those announcements was an executive shuffle that put Navin Shenoy, its Mobile Client VP, in charge of its wider Client Computing Group (which covers all consumer devices). At Computex this week, we had a chance to pick Shenoy’s brain about Intel’s path forward.
What do you envision being the next major breakthrough for PC form factor?
We’re working on lots of things that are mind-blowing. To me, we have to figure out how to get to J.A.R.V.I.S. [Iron Man’s trusty AI, not Intel’s vaporware earpiece]. The ability to manipulate things wherever you are, look at things wherever you are, talk to things in a more natural way. That’s the next big breakthrough in computing. And it will be in so many domains, it won’t just be PCs. It’ll be phones, tablets and also new types of things we haven’t conceived of yet.
Another reliable article on the Quantum Internet work.
You can’t sign up for the quantum internet just yet, but researchers have reported a major experimental milestone towards building a global quantum network — and it’s happening in space.
With a network that carries information in the quantum properties of single particles, you can create secure keys for secret messaging and potentially connect powerful quantum computers in the future. But scientists think you will need equipment in space to get global reach.
Researchers from the National University of Singapore (NUS) and the University of Strathclyde, UK, have become the first to test in orbit technology for satellite-based quantum network nodes.
