With all this information, you might expect new breakthroughs in cancer treatment to come in thick and fast. But the more of these goldmines of raw material we have, the harder it actually becomes to make sense of it.
It has been claimed that Mankind's last great invention will be the first self-replicating intelligent machine. The Hollywood cliché that artificial intelligence will take over the world could soon become scientific reality as AI matches then surpasses human intelligence. Each year AI’s cognitive speed and power doubles — ours does not. Corporations and government agencies are pouring billions into achieving AI’s Holy Grail — human-level intelligence. Scientists argue that AI that advanced will have survival drives much like our own. Can we share the planet with it and survive?
Our Final Invention, a brilliant new summary of the last 15 years of academic research on risks from advanced AI by James Barrat, explores how the pursuit of Artificial Intelligence challenges our existence with machines that won’t love us or hate us, but whose indifference could spell our doom. Until now, intelligence has been constrained by the physical limits of its human hosts. What will happen when the brakes come off the most powerful force in the universe?
NEW YORK (Reuters) - A technology start-up said on Monday that it had come up with software that works like a human brain in one key way: it can crack CAPTCHAs, the strings of tilted, squiggly letters...
Based in Hong Kong, OpenCog, an open source AI programming group, under the direction of Ben Goertzel, began their cerebral project with a Hanson Robokind: a toddler like robot. The challenge is to take the basic ...
A new interdisciplinary research center at MIT, funded by the National Science Foundation, aims at nothing less than unraveling the mystery of intelligence.
The new center headquartered at the Massachusetts Institute of Technology will focus on bringing researchers from separate fields together to try and crack one of the biggest questions facing science today: what is intelligence, and how can we engineer it?
By tapping a broad range of expertise, including scholars who study how a baby’s mind develops and others trying to understand how the brain makes sense of social situations, the researchers hope to take a definitive step forward over the next five years toward the long-held goal of understanding intelligence and building computers capable of thinking like people.
The center’s four main research themes are also intrinsically interdisciplinary. They are the integration of intelligence, including vision, language and motor skills; circuits for intelligence, which will span research in neurobiology and electrical engineering; the development of intelligence in children; and social intelligence. Poggio will also lead the development of a theoretical platform intended to undergird the work in all four areas.
“Those four thrusts really do fit together, in the sense that they cover what we think are the biggest challenges facing us when we try to develop a computational understanding of what intelligence is all about,” says Patrick Winston, the Ford Foundation Professor of Engineering at MIT and research coordinator for CBMM.
For instance, he explains, in human cognition, vision, language and motor skills are inextricably linked, even though they’ve been treated as separate problems in most recent AI research. One of Winston’s favorite examples is that of image labeling: A human subject will identify an image of a man holding a glass to his lips as that of a man drinking. If the man is holding the glass a few inches further forward, it’s an instance of a different activity — toasting. But a human will also identify an image of a cat turning its head up to catch a few drops of water from a faucet as an instance of drinking. “You have to be thinking about what you see there as a story,” Winston says. “They get the same label because it’s the same story, not because it looks the same.”
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