math simulated computer version of that break we ll be right back to wife in a computer and it will have the same competition the same memories the same behaviors as the original biological brain. so we re talking about here is any. cure to death. and if this digital version of our brain were planted in a robotic body science could give you a step further. after having lived once as a human made of flesh and blood. our minds could live on inside a machine and continue to interact with the world for all eternity.
the journalist interviewed the judge. the tree was green. depending on which sent. was rid seven areas of the brain revealed more activities another. pantry or all that. the experiment showed that each of the sentences yielded similar brain activity in each of the subjects. we think that we re different for each other because we speak different languages and we re different clothes and so on but the structure of our brain just like the structure of our legs and knees we all walk the same way and it didn t occur to us that we all think very similarly and so for example for the concept of apple everybody holds an apple the same way everybody bites into an apple the same way and so if
we can see how this red you re on the green your. further it s possible to distinguish the space between both neurons this gap is called the synapse. to transmit information the neuron located in front of the synapse releases chemicals shown here is a little white dots called neuro transmitters. chemical medium through which signals flow from one your on to the next. it s through these continuous transmitter exchanges that our brain transfers information between your . neuro science believes that unlike a computer our brains don t store information in a specific place like files that can be retrieved just by searching through our thoughts instead it s believed each piece of information is coded through a particular connection pattern between neurons this one might be your first
reverse engineer you could say i see a wiring diagram and now i can tell you what it must be called. the trouble is that jeff lichtman and he s team spent five years putting together this picture which represents only three billion of a massive brain. who could have imagined that such a small fragment of the cortex could harvest so many mysteries. depends on your point of view whether this is also more just depressing but there s way more checks they heard than we were anticipating. the rate we re doing it now it will be you know over one hundred billion i think it s hard to say one hundred billion your first book or week would be complete and i will certainly be dead in a hundred billion years i m certain of that but. at that pace it s unlikely the human connectome will be completed any time soon but there
we can see how this red neuron is connected to the green. further it s possible to distinguish the space between both neurons. to transmit information the neuron located in front of the synapse releases chemicals. little white dots called neuro transmitted. chemical medium through which signals flow from one year on to the next. through these continuous neurotransmitter exchanges that brain transfers information between your. neuroscientists believe that unlike a computer our brains don t store information in a specific place like files that can be retrieved just by searching through our thoughts instead it s believed each piece of information is coded through