Communication inside the brain: towards a new understanding The human brain consists of roughly 100 billion neurons, which between them form 100 trillion connections. Those connections allow neurons to exchange chemical and electrical information and to assemble into networks that allow us to do complex and magnificent things, such as tying our shoelaces or remembering what we had for breakfast. But how exactly does all this work? And how can we even begin to understand it? Join us for a tour of recent insights gained through experimental research and computer simulations and meet a tiny worm who, despite having only a few hundred neurons, turns out to be surprisingly clever. Oct 15 2019 18.30 - 19.45 Communication inside the brain: towards a new understanding Dr Melanie Stefan, Centre for Discovery Brain Sciences 50 George Square Lecture Theatre G.03 Edinburgh EH8 9JU Find on map Get your ticket
Communication inside the brain: towards a new understanding The human brain consists of roughly 100 billion neurons, which between them form 100 trillion connections. Those connections allow neurons to exchange chemical and electrical information and to assemble into networks that allow us to do complex and magnificent things, such as tying our shoelaces or remembering what we had for breakfast. But how exactly does all this work? And how can we even begin to understand it? Join us for a tour of recent insights gained through experimental research and computer simulations and meet a tiny worm who, despite having only a few hundred neurons, turns out to be surprisingly clever. Oct 15 2019 18.30 - 19.45 Communication inside the brain: towards a new understanding Dr Melanie Stefan, Centre for Discovery Brain Sciences 50 George Square Lecture Theatre G.03 Edinburgh EH8 9JU Find on map Get your ticket
Oct 15 2019 18.30 - 19.45 Communication inside the brain: towards a new understanding Dr Melanie Stefan, Centre for Discovery Brain Sciences