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Humans Are the World's Best Pattern-Recognition Machines, But for How Long?
Not only are machines rapidly catching up to — and exceeding — humans in terms of raw computing power, they are also starting to do things that we used to consider inherently human. They can feel emotions like regret. They can daydream. So what is - exactly - that humans still do better than machines?
Quite simply, humans are amazing pattern-recognition machines. They have the ability to recognize many different types of patterns - and then transform these "recursive probabalistic fractals" into concrete, actionable steps. If you've ever watched a toddler learn words and concepts, you can almost see the brain neurons firing as the small child starts to recognize patterns for differentiating between objects. Intelligence, then, is really just a matter of being able to store more patterns than anyone else. Once IBM could build machines that could recognize as many chessboard patterns as a chess grandmaster, the machines became "smarter" than humans.
Artificial intelligence pioneer Ray Kurzweil was among the first to recognize how the link between pattern recognition and human intelligence could be used to build the next generation of artificially intelligent machines. In his latest book, How to Create a Mind: The Secret of Human Thought Revealed, Kurzweil describes how he is teaching artificially intelligent machines to think, based on the stepwise refinement of patterns. According to Kurzweil, all learning results from massive, hierarchical and recursive processes taking place in the brain. Take the act of reading – you first recognize the patterns of individual letters, then the patterns of individual words, then groups of words together, then paragraphs, then entire chapters and books. Once a computer can recognize all of these patterns, it can read and "learn."
The same is true for other fields of endeavor as well, where human "expertise" has always trumped machine "expertise." In a brilliant piece for Medium, Kevin Ashton recently analyzed “how experts think." It turns out patterns matter, and they matter a lot. A star football quarterback needs to recognize all kinds of patterns – from the type of defense he's facing, to the patterns his receivers are running, to the typical reactions of defenders. All of this, of course, has to happen in a matter of nanoseconds, as a 300-pound lineman is bearing down on you, intent on ripping you limb from limb.
The more you think about it, the more you can see patterns all around you. Getting to work on time in the morning is the result of recognizing patterns in your daily commute and responding to changes in schedule and traffic. So here come the Google driverless cars, which are able to recognize all of these traffic and schedule changes faster than humans. Diagnosing an illness is the result of recognizing patterns in human behavior. And now that IBM Watson is getting into medical diagnosis, machines will do it better. The same goes for just about any field of expert endeavor - it's really just a matter of recognizing the right patterns faster than anyone else, and machines just have so much processing power these days it's easy to see them becoming the future doctors and lawyers of the world.
The future of intelligence is in making our patterns better, our heuristics stronger. In his article for Medium, Kevin Ashton refers to this as "selective attention" - focusing on what really matters so that poor selections are removed before they ever hit the conscious brain. While some – like Gary Marcus of The New Yorker or Colin McGinn in the New York Review of Books, may be skeptical of Kurzweil's Pattern Recognition Theory of Mind, they also have to grudgingly admit that Kurzweil is a genius. And, if all goes according to plan, Kurzweil really will be able to create a mind that goes beyond just recognizing a lot of words.
One thing is clear – being able to recognize patterns is what gave humans their evolutionary edge over animals. How we refine, shape and improve our pattern recognition is the key to how much longer we'll have the evolutionary edge over machines.
[image: Human intelligence with grunge texture / Shutterstock]
A physics paper proposes neither you nor the world around you are real.
- A new hypothesis says the universe self-simulates itself in a "strange loop".
- A paper from the Quantum Gravity Research institute proposes there is an underlying panconsciousness.
- The work looks to unify insight from quantum mechanics with a non-materialistic perspective.
More on the hypothesis and the backstory of the Quantum Gravity Research institute —<span style="display:block;position:relative;padding-top:56.25%;" class="rm-shortcode" data-rm-shortcode-id="3d6209cb3564afd37b078404e383a2a2"><iframe type="lazy-iframe" data-runner-src="https://www.youtube.com/embed/xWEErQ_LNXY?rel=0" width="100%" height="auto" frameborder="0" scrolling="no" style="position:absolute;top:0;left:0;width:100%;height:100%;"></iframe></span>
Monopolies wield an immense amount of economic and political power and influence. So what can we do to make the economy more equitable?
- According to Vanderbilt law professor and author Ganesh Sitaraman, America has a monopoly problem—a problem that is almost universally acknowledged as such, yet little is done about it.
- Sitaraman explains how monopolies of today share DNA with trusts of the 19th century, and how the increased concentration and consolidation of these corporations translates to increased power both economically and politically.
- "We need to think about reinvigorating our anti-trust laws and the principles of anti-monopoly that gave spirit to those laws and to lots of other regulations," he argues. Restoring faith in government and the economy starts with dismantling the things that make people question its allegiances and priorities.
A new study seeks to understand why the average body temperature is no longer 98.6 degrees Fahrenheit.
- Average human body temperatures have declined, show several studies.
- A new paper looked at an indigenous population in the Amazon over 16 years.
- They found the new body temperature of the observed people to be 97.7°F, not the standard 98.6°F.