As artificial intelligence grows increasingly sophisticated, it also grows increasingly alien.Deep learning algorithms and other A.I. technologies are creating systems capable of solving problems in ways that humans might never consider. But it's important that such systems understand humans as well, lest they inadvertently harm their creators. Accordingly, some researchers have argued that we need to help A.I. grasp human values--and, perhaps, the value of humans--from the start, making our needs a central part of their own development. To better understand some of the thinking around these issues, I spoke with Stuart Russell, a professor of computer science at the University of California, Berkeley. Russell has been involved with A.I. research for decades and is the co-author of one of the field's standard textbooks.

Lars: How did you teach the software to sound human? Dennis: We spent over 2 years trying to bring Amy and Andrew to life. We looked at tens of thousands of mails that were sent to set up meetings and we tried to map out the dialog flow. What does one person say? What does the other person answer?

Professor Toby Walsh, Professor of Artificial Intelligence at the University of New South Wales will be giving a lecture on the future of robotics tomorrow at UCT. Professor Walsh is currently on the Executive Council of the Association for the Advancement of Artificial Intelligence, and an advocate of the'Campaign to Stop Killer Robots'. He is also Editor-in-Chief for the Journal of Artificial Intelligence Research. John Maytham speaks to Professor Walsh to find out more about the lecture he will be delivering, and the interesting subject of artificial intelligence. AI is trying to build computers to do things that we would normally think of as intelligent and its starting to pervade our lives. He says artificial intelligence is starting to take over more aspects of the things humans do.

Dr Ben Azvine is responsible for BT's security innovation strategy and helped to lay the groundwork for BT's award winning new capability, BT Assure Analytics. In this interview, Ben explains how the cyber threat landscape is evolving and how new developments in technology – especially Artificial Intelligence – will help us address the threats of tomorrow. Tell us a little about your background and current role at BT. Ben Azvine: As Global Head of Security Innovation at BT my role is to look 2-5 years into the future and prepare for the coming challenges. I think it is the best time in the history of technology to be involved in security because it is such a dynamic area. Security is not just a technology issue; it is also a business and board-level issue. I would say that cyber security is currently one of the top 3 priorities for business and hence we receive a lot of support from top management to accelerate technology in this field.

Narratives are made by the artful omission of facts. Never was this maxim more evident than in a gullible feature story that landed on the front page of the New York Times last fall, about a young woman's last-ditch bid for life extension as she succumbed to the ravages of brain cancer. A sober look at the case would have revealed it to be but the latest botched mortuary procedure conducted by a gang of creepy scam artists. Instead, through the good graces of the Times, this grim tale was spun into an inspirational saga of one person's courageous quest for a second chance at life, aided by medical visionaries on the verge of miraculous technological breakthroughs. Kim Suozzi died at age twenty-three in January 2013. After her first diagnosis, twenty-one months earlier, Suozzi chose to become one of the youngest people ever[*] to undergo an expensive form of ritualistic corpse mutilation called cryonic preservation. In pop culture, cryonics is perhaps best known as the plot device that transports the schlubby pizza delivery guy in Matt Groening's animated series Futurama into the thirty-first century. The decades-old quack procedure, which involves freezing corpse parts for later resuscitation, was for a long time apocryphally associated with such wealthy eccentrics as Walt Disney. It then caused a scandal in 2002 when it was widely reported that the body of baseball great Ted Williams had gone into deep freeze against the wishes of some in his family. In recent years, cryonics has regained an entirely undue aura of respectability as the thought leaders of Silicon Valley have trained their enterprising, disruptive vision on the conquest of disease and death.[**] Suozzi, an agnostic libertarian and aspiring neuroscientist, began taking cryonics seriously after discovering the work of the futurologist Ray Kurzweil through a cognitive science class at Truman State University in Missouri. After surgery and other treatments failed to stop the growth of her brain tumor, Suozzi determined that upon death she--or rather, her head--would be frozen and stored for decades, centuries, or millennia in the hope that one day, diligent, wonder-working doctors would transplant her consciousness into a new, healthy body, or perhaps onto a high-capacity hard drive. As a tech-savvy millennial, Suozzi turned to the chat website Reddit for help in raising the 80,000 she needed to fulfill her last wish. That got her well on her way, with about 7,000 reportedly raised.

That's where hallucinations, reflexes, Post Traumatic Stress, Phobias, and most importantly, dreams come from. You are right, the mind doesn't deal with much external data. Sense organs are all processed elsewhere, however, some sections of processing overlap, autonomic vs. reflex, etc. The conscious portion of human beings is very tiny compared with all the subconscious and unconscious/automatic processes going on.

In the past, the terms business analyst and data scientist have sometimes been used interchangeably, and indeed, in a small company, the lines between the two sorts of jobs may blur. But as more and more companies look to big data for business insights, they are shifting from relying on business analysts to predict what the future of a business might look like, and moving towards using data scientists and machine learning to interpret data and predict trends. What's the difference, you might ask? While the end result of these two jobs is often similar, a business analyst and a data scientist use different tools to get there. In general, data scientists have much greater technical expertise, especially in computer programming, systems engineering, and statistics.

The organizations that will prevail in the current transformation are those whose employees can learn fastest and make the best decisions. At all ages, learning readiness is influenced by technological familiarity and fluency. Our hope for solving the seemingly intractable global problems includes an optimistic outlook on the partnership between artificial intelligence and human intelligence – person by person. You'll also hear from leading executives at Konica Minolta, Cigna, Cisco, Fujitsu and Xerox. A.I. Expert Neil Jacobstein and VR Expert Andrew Wasserman will speak on the importance of these technologies in this new frontier.

Scott Aaronson has one of the highest intelligence/pretension ratios I've ever encountered. I wasn't really aware of him before last fall, when I attended a conference at New York University on an ambitious new theory of consciousness, integrated information theory. Most speakers touted IIT or tried to tease out its implications. The striking exception was Aaronson, a boyish (he turns 35 on May 21 but looks younger) computer scientist at MIT (soon leaving for the University of Texas--too bad, MIT!). Although at first he seemed nervous, even jittery, he proceeded to demolish IIT. He focused on a key IIT variable, phi, which denotes the inter-connectivity, or synergy, of the parts of a system. The more phi a system has, the more consciousness it has, supposedly. Aaronson argued--or showed, actually--that IIT's mathematical definition of phi implies that a simple information-storage device, like a compact disc, can be more conscious than a human being. Browsing Aaronson's blog, "Shtetl-Optimized," I discovered that he writes not only about quantum computation, his specialty, but also about artificial intelligence, mathematics, cosmology, particle physics, philosophy… Aaronson has things to say about almost everything. Even when he is at his most technical, he expresses himself in a down-to-earth, funny, self-deprecating and above all clear way. He exudes the spunky enthusiasm and curiosity of a 10-year-old kid, a kid who happens to have a firm grasp of mathematics and physics. He thinks I'm wrong about the end of science, and that's fine with me. Hell, he might be right! I won't say more about him here, because I don't want to embarrass him--or myself--more than I already have, and because he reveals so much of himself in what follows. Warning: this is an extra-long Q&A, but if you read it, I predict, you too will become an Aaronson fan. Come on, that's too high a bar! When I was a kid, I wanted to be the founder and ruler of a rationalist space colony, who also wrote video games and invented the first human-level AI and led a children's liberation movement and discovered the mathematical laws underlying society. On the other hand, as far as childhood dreams go, I have no right to complain. I have a wonderful wife and three-year-old daughter. I get paid to work on engrossing math problems and mentor students and write about topics that interest me, to do all the things I'd want to do even if I weren't getting paid. It's one of those things, like a joke, that dies a little when you have to explain it--but when I started my blog in 2005, it was about my limitations as a human being, and my struggle to carve out a niche in the world despite those limitations. It also gestured toward the irony of someone whose sensibility and humor and points of reference are as ancient as mine are--I mean, I already felt like a senile, crotchety old man when I was 16--but who also studies a kind of computer that's so modern it doesn't even exist yet.

Retired Army Col. Lawrence Wilkerson says the decentralization and advancements of 3-D printing, artificial intelligence, and nanotechnology are the future of warfare, and may enable the rise of modernized private robotic armies. Wilkerson's statements were made during an exclusive interview with Rick Wiles of TRUNEWS on Thursday, while discussing the possibility that billionaires like George Soros could bring rise to a modern version of the East India Company. "As were developing these new technologies particularly 3-D printing, nanotechnology, nano engineering, artificial intelligence and robotics, as were developing these now, we are reducing enormously the costs for some of the most sophisticated weapons to be in the world," Wilkerson said. These advancements, Wilkerson noted, are already being placed into conceptual practice. "With 3-D printing we have recently produced, in less than 16 hours, a drone that underwater went to the coast of France and back to the Eastern coast of the United States, underwater. You produce this drone with 3-D printing almost overnight, you hang some smart weapons on it like submarine killing torpedoes or smart mines, you take it out there and you kill a 4 billion Ohio class submarine. This is the future and if you make these kinds of weapons available to almost anyone in the world, at a reasonable price, I mean you can make this drone for about 100,000, its going to kill a 4 billion submarine, thats quite a price exchange there."