Sentences with phrase «brain thinking computer»

I am a Professional SSBBW who is an old - school, new age, right brain thinking computer geek who loves almost anything to do with art!

Not exact matches

Think of it, he said, as adding senses to the computer brain.

Hanson, an associate professor of economics at George Mason University who has a background in physics and computer science, predicts that we'll be able to upload brains within 100 years and that we'll have extensive virtual reality, so he thinks the show is believable there.

«Two adjacent brain regions allow humans to build new thoughts using a sort of conceptual algebra, mimicking the operations of silicon computers that represent variables and their changing values.»

It's very natural to apply machine learning to this brain - computer interface because the computer will have to understand and decode our thoughts — and that's something that would be very hard to achieve without machine learning.

The brain is very sensitive to light, and too much of it just before bed — from computer screens, televisions or bright reading lights — can trick the brain into thinking it's daytime.

Yet you walk around with a brain which is more sophisticated than a 20 billion dollar super computer and you like to think that it come out of nowhere.

The most obvious use would be updating your Facebook just by thinking about it — no phone, no computer, just brain power.

Examining such a machine through its table, or as it is operating on its table, would be like examining only the electronic activity of a running computer, or of an operating brain, and trying to decide what the computer is accomplishing or the brain is thinking.

it will make you wonder if there is a spirit beyond our bodies,,, or all of it is in the brain itself... I see how hard it is for stroke victims to return to their old self after the brain has been damaged... and I wondered sometimes if the person I knew was even in the body anymore... It is a question I do not have a firm answer for... but I like to think the spirit exists and just can not use the brain anymore... it is like a computer interface that is damaged and the body has failed to repair itself... Our brains can reroute data, or rebuild some damage..

A mechanistic brain physiologist thinks of the brain in terms of the circuits in a complex computer.

According to Mercola.com, the blue light emitted from your device, computer, or television tricks your brain into thinking it's still daylight, so it doesn't begin melatonin production until it's dark.

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By combining a large number of neuron - imitating skyrmions, the thinking goes, scientists could create a computer that operates something like a brain.

It is natural to think of the brain as a computer and an eye as a simple camera connected to it.

To get the DNA bots to respond to a person's thoughts, the team trained a computer algorithm to distinguish between a person's brain activity when resting and when doing mental arithmetic.

We might think that the brain works in a similar way to a computer: after all, even computers work through electrical signals.

The researchers fed the data from the scans into a machine - learning computer program, which eventually could identify which concept a volunteer was thinking about based on his or her brain activity.

«Brain is less flexible than we thought when learning: Researchers at Carnegie Mellon University and the University of Pittsburgh use brain - computer interfaces to monitor the activity of populations of neurons during learning.&rBrain is less flexible than we thought when learning: Researchers at Carnegie Mellon University and the University of Pittsburgh use brain - computer interfaces to monitor the activity of populations of neurons during learning.&rbrain - computer interfaces to monitor the activity of populations of neurons during learning.»

Implicit in my assertion that computers will eventually be capable of the same kind of perception, cognition and thought as humans is the idea that a sufciently advanced and sophisticated articial system — for example, an electronic one — can be made and programmed to do the same thing as the human nervous system, including the brain.

Brain training is a treatment for enhancing memory and thinking skills by practising mentally challenging computer - based exercises — which are designed to look and feel like video games.

We used to think of it as the basement of the brain, more like a plumbing system than a computer.

The research team used a brain - computer interface (BCI), where subjects move a cursor on a computer screen by thought alone.

In those days experts who were dazzled by the seemingly miraculous calculational ability of computers thought that if only the right software were written, computers could become the articial brains of sophisticated autonomous robots.

But their mistake may have been to think of the human brain as a computer rather than a biological entity that must solve the problem of how to compare apples, pears and plums.

In 2003, Nicolelis's Duke lab gained international attention by showing that monkeys could move robot arms with just their thoughts, feeding electrical impulses from their brains into a computer linked to robotic arms.

Will it ever be possible to create a computer that can think like a human brain?

Set up the computer from the first thought experiment, the one that's running a copy of your brain.

Certain mental phenomena might be explained and modeled with computers; the most fashionable candidates at the moment envision thoughts competing in the brain like organisms in the wild.

AI is all around us — think: Siri, the iPhone - based personal assistant, or Watson, IBM's supercomputer that famously beat human contestants on Jeopardy! Both are examples of «deep learning» in which a computer absorbs and processes information via artificial neural networks that operate like the human brain.

«We included a task which involved moving a computer mouse in the opposite direction of a visual target on the screen, requiring the person's brain to think before and during their hand movements,» says Sergio in the School of Kinesiology & Health Science.

When Rao gave the command to «fire» through thought alone, his brain waves were picked up by a computer that then transmitted a pulse to Stocco.

A brain - computer interface, also known as a brain - machine interface (BCI), is a system that allows a person to control a computer using only their thoughts.

A mess of wires conducts these signals from my brain to the computers, which — based solely on what I'm thinking — then relay instructions halfway across the room to my humanoid proxy: a shiny chrome robot named Morpheus, currently awaiting his next command.

Assumptions about fabricating an artificial brain ignore what little we know about how the human brain thinks, feels and acts, and we can not view it as a slower version of a computer.

Some computer scientists think that by letting chips build themselves, the chips will turn out to be stunninglyefficient, complex, effective, and weird — kind of like our brains.

Each border between regions of the brain can be thought of as a grand version of the sort of connection I've described between a computer and the outside world, based on an ever - improving approximation instead of a perilous reliance on perfection.

Recently Facebook unveiled a plan to create a speech - to - text interface to translate thoughts directly from brain to computer.

Small electrodes placed on or inside the brain allow patients to interact with computers or control robotic limbs simply by thinking about how to execute those actions.

Joseph Kable at the University of Pennsylvania and his colleagues have tested the popular Luminosity brain - training program from Lumos Labs in San Francisco, California, against other computer games and found no evidence that it is any better at improving your thinking skills.

«We think the male brain has more hardware to handle the graphics, like a souped - up computer,» Falk says.

These interfaces pick up signals in the user's brain, bypass the damaged nerves, and allow the user to literally think his or her way through writing a letter on a computer screen or controlling a prosthetic hand.

Instead, it will look more like the equally incredible, present - day projects we describe in this special issue of Discover: helmets that let soldiers communicate telepathically, devices that enable a paralyzed person to operate a computer with their thoughts, and artificial intelligence designed to emulate the way our brain thinks.

Neuromorphic chips aim to process information in a fundamentally different way from traditional hardware, mimicking the brain's architecture to deliver a huge increase in a computer's thinking and responding power.

Using an array of hair - thin electrodes implanted in his brain, a 25 - year - old quadriplegic man was able to operate a computer, open and close a prosthetic hand, and manipulate a robotic arm just by thinking about it, according to a new study.

In March 2002, the journal Nature detailed the work of scientists at Brown University in Rhode Island who implanted electrodes in the brains of monkeys that allowed the primates to move a computer cursor just by thinking about it.

At Massachusetts General Hospital doctors have started clinical trials on human volunteers to test brain implants that give paralyzed people the ability to control a computer cursor with thought alone.

I think one of the assumptions in artificial intelligence has always been that, you know, the brain as this kind of digital computer and the mind is a software program and you can just extract that software program from this flesh - and - blood, three - pound mass in our skulls and put it in a laptop or some kind of silicon - based machine; and that's a tremendous assumption, it might be that you can say, maybe, the mind is software but it might be a software that can only run in this particular stuff within which it evolved.

However, after his wife, Karen, reminded him and the roundtable attendees that in her observation, he was almost always willing to test beta - technology, Stabelfeldt admitted that he would probably give brain - computer interfaces a try if he thought it might help others.

In response to a hypothetical question from CSNE neuroethics research leader, Sara Goering, about his willingness to try an implanted brain - computer interface designed to operate his wheelchair through his thoughts alone, Stabelfeldt was at first very resistant to the idea.