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Official video for PostHuman — produced by Colliculi Productions.
Animated sci-fi thriller short film featuring the voice of Tricia Helfer (Battlestar Galactica). Directed by Cole Drumb. Produced by Jennifer Wai-Yin Luk.

Production company: Colliculi Productions.
Animation studio: Humouring The Fates.
Voice of Kali: Tricia Helfer.
Voice of Terrence: Ulric Dihle.
Original Music: Neill Sanford Livingston.
Post Production Sound: Kid Dropper Sound.
Final Post Production Sound: Bad Animals.
Final Video Post Production: Lightpress.

Set in an adrenalized future of espionage, assassins, and out of control super science, PostHuman follows a genius hacker and his dog as they help an enigmatic young woman to free the remaining test subject of a black ops ESP test lab.

http://posthumanthemovie.com/

Ask just about anyone on the street to describe artificial intelligence and odds are, they’ll describe something resembling the futuristic science fiction robot they’ve seen in movies and television shows. However, according to Mathematician, Linguist and Artificial Intelligence Researcher Dr. András Kornai, artificial intelligence is a reality right now, and its impact can be seen every day.

“I’d say 35 percent of the total commerce taking place on Wall Street (right now) is driven by algorithms and it’s no longer driven by humans,” Kornai said. “This is not science fiction. (Artificial intelligence) is with us today.”

What we’ve seen so far in the application of algorithm-based artificial intelligence in the financial sector is just the tip of the iceberg, Kornai said. In fact, you don’t even have to own stock to be affected by it.

“I have designed algorithms that will (determine) your creditworthiness, meaning your creditworthiness is now determined by an algorithm,” he said. “We have substituted human-decision making capabilities in favor of better algorithms to pursue this, and we have given up a huge area of human competence, and money is just one aspect of it.”

Kornai points to advances in algorithm-based medical diagnostics, autonomous cars and military technology as some other areas where artificial intelligence is already at work and poised for further growth. While that growth is presented as a good thing, he believes the subtle infiltration of AI has many people missing the larger picture.

“We are seeing an uptick in medical decisions by algorithms and I’m not opposed to this, as it’s important to have the best possible information in the medical world. And in 10 or 15 years autonomous vehicles will be a big deal,” Kornai said. “In military technology, drones are generally human controlled, but there is intense research toward autonomous ground or air vehicles that will work even if someone is trying to cut off their communication. This is not the future, this is here now.”

According to Kornai, since algorithms are based on statistics, the problem with algorithm-based advances in those areas is the level of error that is inherent to the system. That built-in error may not be able to cause bodily harm, he said, but it can still cause havoc to humanity as a whole.

“A certain amount of error is built into the system in every level of AI. Things work on a statistical basis and they have errors but, on the whole, that’s innocent,” he said. “Algorithms are not capable of hurting people directly. But once it comes to money or it comes to your health or your legal standing, (the potential for errors) is becoming increasingly serious.”

In spite of most people’s image of the future of artificial intelligence, that danger is significantly different than the perils depicted on the big screen, Kornai said. To illustrate that point, he highlighted the gap between algorithmic AI and the state of robotics. While technology has already developed a chess algorithm that can beat the best chess players in the world, a ping-pong playing robot that can beat the world’s best table tennis player has yet to materialize.

“The primary worry is everyday, ubiquitous algorithms, the kind of algorithms that are already around us, posing huge damage,” Kornai said. “This isn’t the Terminator coming along and killing humans. That’s more science fictional.”

Looking to the future, Kornai sees AI making the biggest inroads in the business world. Again, he noted that use of those everyday algorithms may not be widely noticed, but their impact will be significant.

“In the business world today, it’s much easier to start a company and those companies will increasingly be driven by AI,” he said. “Eventually, AI will play a bigger role in the boardroom. It may not be visible to the man on the street, but it will be very visible to the Fortune 500.”

That said, however, there are still broader risks ahead as AI advances, and Kornai said he generally agrees with the concerns that have been voiced of late by Hawking, Gates, Musk and others. Those perils might not jibe with Hollywood’s idea of them, but the effects will still be notable.

“These guys see what’s going on and are doing some far-sighted (thinking). Far-sighted is not science fictional,” Kornai said. “Far-sighted is thinking ahead maybe 10, 15 or 25 years ahead. We’re not talking about affecting our grandchildren, but things that will affect us and increasingly affect our children and grandchildren.”

Haptics is a growing field that aims to allow our bodies to control and ultimately ‘feel’ our virtual identity. Instead of using the theorized mechanism of a neural computer link, haptic tech attaches sensors and stimuli to our body. A report by research firm Markets and Markets thinks haptic technology, which could soon include something like a glove that let’s you move a hand in cyberspace, will be worth 30 billion by 2020.

Haptic technology, also known as kinesthetic communication, sounds like something out of science fiction. But products, like the vibrating cell phone, have been out for decades. And there’s more advanced systems on the way. That’s partly because of another hyped field: virtual reality. With pioneering virtual reality headsets like the Oculus Rift poised for release next year, the question becomes: How to make this experience even more immersive.

The tech is based on our sense of touch, a sensation that philosopher John Locke believed to be the most undeniable of all human senses. We believe something is real by touching it, a philosophy that haptic technology follows.

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A low-cost, high-speed method for printing graphene inks using a conventional roll-to-roll printing process, like that used to print newspapers and crisp packets, could open up a wide range of practical applications, including inexpensive printed electronics, intelligent packaging and disposable sensors.

Developed by researchers at the University of Cambridge in collaboration with Cambridge-based technology company Novalia, the method allows graphene and other electrically conducting materials to be added to conventional water-based inks and printed using typical commercial equipment, the first time that graphene has been used for printing on a large-scale commercial printing press at high speed.

Graphene is a two-dimensional sheet of carbon atoms, just one atom thick. Its flexibility, optical transparency and electrical conductivity make it suitable for a wide range of applications, including printed electronics. Although numerous laboratory prototypes have been demonstrated around the world, widespread commercial use of graphene is yet to be realised.

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The primary objective of the mission is to find rare Earth elements that the team believes to be abundant on the moon.

California-based Moon Express is planning to make the first ever private moon landing by 2017. Their plan includes a series of robotic spacecraft intended to explore the moon’s surface and the possibility of commercial development. The company has teamed up with Rocket Lab to help launch their robotic spacecraft into the atmosphere. Rocket Lab uses battery-powered rocket engines that are cheaper than traditional engines.

If the plan succeeds, this is going to be the first ever privately-backed venture to achieve a lunar landing, and will hopefully encourage other enterprises to follow suit. From a financial perspective, the primary objective of this mission is to find rare Earth elements that the team believes are largely abundant on the Moon. If these elements are indeed found we can expect a new-age mini-lunar race to ensue.

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