By Anil Seth (ed.)
Are all of us on the mercy of our mind chemistry? Do you think the amygdala and the hippocampus are fantastical sea monsters? What can an MRI experiment let us know? may well you clarify to dinner-party visitors why we do not snicker after we tickle ourselves? 30-Second mind is the following to fill your brain with the technology of precisely what is taking place within your head. utilizing not more that pages, three hundred phrases, and a unmarried photo, this is often the fastest technique to comprehend the wiring and serve as of the main complicated and complex mechanism within the human physique. detect how the networks of ninety billion nerve cells interact to provide belief, motion, cognition, and emotion. discover how your mind defines your character, and what it will get as much as while you're asleep. Illustrated with mind-bending photographs and supported via biographies of pioneers within the box of neuroscience, it is the booklet to get your grey topic wondering your grey matter.
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Extra resources for 30-Second Brain: The 50 most mind-blowing ideas in neuroscience, each explained in half a minute
In the 1970s, mathematical arrays of artificial neurons were created that started to mimic biological brain mechanisms. These ‘connectionist networks’ had new learning algorithms at their core and could solve complex problems of pattern recognition. Not only did these devices help scientists understand how the brain might work, they also led – and are still leading – to new biologically inspired technologies. A key implication of this view is that information is not represented locally in the brain but is distributed across all the connections in a network.
Parietal lobes The third major division of the cerebral cortex. The parietal lobes lie above the occipital lobes and behind the frontal lobes and are deeply involved in integrating information from the different senses. The parietal cortex is essential for organizing our experience of space and position and it is heavily involved in attentional processes. Purkinje cells Found exclusively in the cerebellum, these neurons are among the largest in the brain and have elaborately branching dendritic structures.
Neurons receive messages from other neurons on their cell body and its short extensions – called dendrites – at specialized structures called synapses. Messages are sent to other neurons via long, slender fibres – called axons – in coded patterns of electrical spikes (nerve impulses). 1 volt and lasts one- to two-thousandths of a second, hurtling along axons at up to 480 kph (300 mph). Arriving at a synapse, impulses trigger the release of signalling chemicals called neurotransmitters. These alter the pattern of spikes generated by the receiving neuron.
30-Second Brain: The 50 most mind-blowing ideas in neuroscience, each explained in half a minute by Anil Seth (ed.)