it s called all the sound you hear is neuron activity we know that there s a neuron discharge when the mouse is at a specific location. for place else taken together create a kind of cognitive map in the brain and i want to mouse arrived at a particular location certain neurons discharge itself on a one dish out cornea and secondly. it don t know what it takes five or ten minutes to create a play cell map it then it serves as a memory image of the mouse the surroundings what s that got to form a. lot of the police would. know only so we believe that a neuron discharges when the mouse is at a certain place or thinks he is. hyper we ve also found that the same air on can discharge when the mouse is asleep and it activates a specific memory and that is when he s dreaming about a place where he was. the
monitoring this display and observing the activity of the brain cells tiny moto is able to determine which of the neurons were involved in identifying the electric shock what s more he s been able to influence the neurons behavior. but it s even more striking is that we can manipulate this single neuron in the freedom it behaving flies freely moving. we can block or activate. this very small subset of neurons. in short term to motor has been able to hack into the brain of a fruit fly we can recreate the activity of neurons that have been exposed to electric shock without actually doing any damage to the fly and he is able to do
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
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
we can see how this river is connected to the green. further it s possible to distinguish the space between both. this gap is called the synapse. to transmit information the neuron located in front of the synapse releases chemicals here 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 . 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