

The neuroscientist who mapped the conversation between neurons, giving us the synapse and a new understanding of the brain's integrated action.
Charles Scott Sherrington approached the nervous system not as a mere anatomist, but as a cartographer of function. In his meticulous laboratory work, he deciphered the logic of spinal reflexes, revealing them as elegant circuits of excitation and inhibition between connected nerve cells. To describe the critical junction where these cells communicated, he reached for the Greek to coin a now-fundamental word: the synapse. His vision was grandly synthetic; he saw the brain and spinal cord as a unified system that integrated countless signals to produce coordinated action. This revolutionary perspective was crystallized in his 1906 masterpiece, 'The Integrative Action of the Nervous System,' a work that effectively founded modern neurophysiology. Knighted for his contributions and awarded a Nobel Prize in 1932, Sherrington provided the conceptual framework upon which all subsequent brain science has been built.
The biggest hits of 1857
The world at every milestone
Financial panic grips Wall Street
Russian Revolution overthrows the tsar; US enters WWI
Lindbergh flies solo across the Atlantic; The Jazz Singer premieres
Hindenburg disaster; Golden Gate Bridge opens
Queen Elizabeth II ascends the throne
Before focusing on science, he was a talented athlete and played football for Ipswich Town.
He was a gifted poet and published a collection of his verse later in life.
Sherrington turned down the position of Regius Professor of Medicine at Oxford to stay in physiology.
He was a mentor to future Nobel laureate John Eccles.
“The brain is an enchanted loom where millions of flashing shuttles weave a dissolving pattern.”