A Quote by Henry Markram

We cannot experimentally map out the brain. Its just too big. In a piece of the brain the size of a pinhead there are 3,000 pathways like a city with 3,000 streets. — © Henry Markram
We cannot experimentally map out the brain. Its just too big. In a piece of the brain the size of a pinhead there are 3,000 pathways like a city with 3,000 streets.
We cannot experimentally map out the brain. It's just too big. In a piece of the brain the size of a pinhead there are 3,000 pathways like a city with 3,000 streets.
There are 100 billion neurons in the adult human brain, and each neuron makes something like 1,000 to 10,000 contacts with other neurons in the brain. Based on this, people have calculated that the number of permutations and combinations of brain activity exceeds the number of elementary particles in the universe.
The human brain cannot release enough neurotransmitters to feel emotion a thousand times as strong as the grief of one funeral. A prospective risk going from 10,000,000 deaths to 100,000,000 deaths does not multiply by ten the strength of our determination to stop it. It adds one more zero on paper for our eyes to glaze over.
The map we made of the 3,000-year-old city of Tanis requires no imagination. It has buildings, streets, admin complexes, houses - clear as day.
It is not size that counts in business. Some companies with $500,000 capital net more profits than other companies with $5,000,000. Size is a handicap unless efficiency goes with it.
My brain doesn't work in a typical linear fashion: my brain is vibrant and fast and bright and on 10,000 all the time.
The air in a man's lungs 10,000,000,000, 000,000,000,000 atoms, so that sooner or later every one of us breathes an atom that has been breathed before by anyone you can think of who has ever lived - Michelangelo or George Washington or Moses.
When I hear that there are 5,000,000 working women in this country, I always take occasion to say that there are 18,000,000 but only 5,000,000 receive their wages.
Structurally we should understand that one cannot think that the human brain is different from the brain of the other vertebrates. It is an important question, because we can investigate what is the difference between the brain of a mouse and ours, and of course the difference is enormous, in size and capacity.
The brain immediately confronts us with its great complexity. The human brain weighs only three to four pounds but contains about 100 billion neurons. Although that extraordinary number is of the same order of magnitude as the number of stars in the Milky Way, it cannot account for the complexity of the brain. The liver probably contains 100 million cells, but 1,000 livers do not add up to a rich inner life.
The most complex object in the known universe: brain, only uses 20 watts of power. It would require a nuclear power plant to energize a computer the size of a city block to mimic your brain, and your brain does it with just 20 watts. So if someone calls you a dim bulb, that's a compliment.
In Riyadh, there's going to be a huge project that will house at least 12,000 units with inhabitants of approximately 150,000 people. It's like a city within a city.
When I moved to L.A. a few years ago, my sister hung out with a couple of people with big followings. I'd hang out with them, too, and eventually was tagged in a picture with Acacia Brinley, who does a lot on YouTube. She got me from, like, 6,000 to 17,000 followers over a couple of days.
We've got people that are paying premiums of $1,000 a month out there, and then they've got a deductible of $1,000. If you're making $40,000, $50,000, $60,000 out there and you've got an Obamacare plan, by and large you've got an insurance card, but you don't have any care because you can't afford the deductible.
I like to go out there and be organic and improvise off the energy I feel from the crowd, whether it's 50,000 or 20,000 or 10,000 people in the audience.
What we found was that rather than being haphazardly arranged or independent pathways, we find that all of the pathways of the brain taken together fit together in a single exceedingly simple structure. They basically look like a cube. They basically run in three perpendicular directions, and in each one of those three directions the pathways are highly parallel to each other and arranged in arrays. So, instead of independent spaghettis, we see that the connectivity of the brain is, in a sense, a single coherent structure.
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