- TitleLetter from William Grey Walter to E.D. Adrian, 12 June 1947
- ReferenceBURD/A/09/31
- Production date12-06-1947 - 12-06-1947
- Walter, William GreyBiographyBiography(1910-1977), neurophysiologist William Grey Walter (also known as Grey Walter) was born in Kansas City, Missouri, on 19 February 1910 to journalist parents Karl Wilhelm Walter (1880-1965) and Minerva (Margaret) Lucrezia Hardy (1879-1953). The Walter family moved from the United States to Britain in 1915, where William remained for the rest of his life. He was educated at Westminster School (1922-1928), before taking the Natural Science Tripos at King’s College, Cambridge (1928-1931). He went on to pursue postgraduate research on nerve physiology and conditioned reflexes, gaining his MA in 1935. After completing his MA, Walter was invited to work at the Central Pathological Laboratory of the Maudsley Hospital, London, under neuropsychiatrist Frederick Lucien Golla (1877-1968). Since the late 1920s, Golla had become increasingly interested in the clinical applications of the burgeoning field of electroencephalography (EEG), the measurement of the electrical activity of the brain via electrodes placed on the scalp. Noting his skill in technical matters, Golla encouraged Walter to develop increasingly sophisticated EEG devices, and supported his application for a Rockefeller Travelling Fellowship to visit the Jena laboratory of German physiologist Hans Berger (1873-1941), widely credited as the founder of electroencephalography. Walter went on to achieve several key ‘firsts’ in electroencephalography, including the first detection of a cerebral tumour using the technique in 1936. Between 1936 and 1939, Walter expanded his research programme and took readings from hundreds of patients, focusing particularly on the electrical patterns of epilepsy. In 1939, Golla was invited to become director of the new Burden Neurological Institute, Bristol, an independent research unit specialising in the investigation and treatment of neurological, psychological, and psychiatric disorders, and invited Walter to become director of the Institute’s Physiology Department. At the Burden, Walter further developed his EEG apparatus, developing the automatic frequency analyser and the toposcope in 1943 and 1950 respectively. His research programme also became increasingly ambitious, with investigations into the cerebral effects of stroboscopic light beginning in 1947 and, later, the discovery of ‘contingent negative variation’ (CNV, or the ‘expectancy wave’) in the 1960s. Walter also played a key role in the professionalization of electroencephalography during this period, co-founding the journal Electroencephalography and Clinical Neurophysiology and organising meetings of the EEG Society (1943-1989). Outside of his clinical work, Walter became a key figure in early British cybernetics, the study of feedback, control, and communication systems in humans and machines that synthesised approaches from engineering, biology, and mathematics. He co-founded the Ratio Club, an informal dining and discussion group which provided a key social outlet for cybernetic enthusiasts, which met between 1949 and 1955. He also built several cybernetic devices in his spare time, the most famous of which were his robotic tortoises, or Machina Speculatrix, designed to function as simple models of the adaptable human brain. These received national attention when they were exhibited on television in 1950 and at the Festival of Britain in 1951. He also became a prolific public intellectual, writing 170 scientific publications, serving as an expert witness in court courses, appearing frequently on the BBC, and writing an immensely popular non-specialist text on his neuroscientific work, The Living Brain (1953). His work also gained a surprising popularity among counter-cultural artists during the 1950s and 1960s, including Beat writers William S. Burroughs and Allen Ginsberg, who saw Walter’s research as part of a broader investigation of human consciousness. Walter was married twice, first to Katharine Monica Ratcliffe in 1934 and then to Vivian Joan Dovey (1915-1980) in 1947, with whom he had one son, Timothy Walter (1949-1976). Walter and Dovey separated in 1960 and divorced in 1973. After their separation, Walter lived with Lorraine Josephine Aldridge (née Donn) until 1972. In 1970, Walter suffered severe brain damage following a road accident, forcing him to retire from full-time research work. He died of a heart attack in 1977.
- Scope and ContentResponse to BURD/A/9/30. Reports a recent meeting with Norbert Weiner, comparing his work to that of Kenneth Craik but "with much less sparkle and humour".
- Extent1 xerox letter
- LanguageEnglish
- Level of descriptionITEM
- Repository nameScience Museum, London
- Adrian, Edgar DouglasBiographyBiography(1889-1977) 1st Baron Adrian, physiologist Edgar Douglas Adrian was born in London on 30 November 1889 to parents Alfred Douglas Adrian and Flora Lavinia Barton. He was educated at Westminster School before taking the Natural Sciences Tripos at Trinity College, Cambridge. His research on the nerve impulse with his supervisor, physiologist Keith Lucas (1879-1916), won him a fellowship at Trinity College in 1913. During the First World War, Adrian abandoned research to complete a medical degree at St. Bartholomew’s Hospital, London, and he subsequently worked on nerve injuries and shell shock at the National Hospital for Nervous Diseases, Queen Square and Connaught Military Hospital, Aldershot. In 1919, he returned to his research at Cambridge and conducted several pioneering studies in electrophysiology and neurology. In the 1930s, Adrian became increasingly interested in the electrical rhythms of the nervous system and wrote several foundational papers in the burgeoning field of electroencephalography (the measurement of the electrical activity of the brain), including a 1934 paper with B.H.C. Matthews (1906-1986) which confirmed the findings of German physiologist and EEG founder Hans Berger (1873-1941). His research agenda expanded during the Second World War, with investigations into balance, spatial orientation, touch, pain, and smell. Adrian became Professor of Physiology at Cambridge in 1937 and master of Trinity College in 1951, and occupied a number of prestigious positions in universities and societies in the following decades, including President of the Royal Society (1950-1955) and the Royal Society of Medicine (1960-1961), and Chancellor of the University of Leicester (1957-1971) and the University of Cambridge (1968-1975), as well as taking part in a number of cross-benches on academic, medical, and scientific issues in the House of Lords. Adrian married Hester Agnes Pinsent (1899-1966) in 1923, with whom he had three children. He died in Cambridge on 4 August 1977.
- Wiener, NorbertBiographyBiography(1894-1964), mathematician Norbert Wiener was born in Columbia, Missouri on 26 November 1894. He was educated at Ayer High School, Massachusetts before studying biology and mathematics at Tufts College, graduating in 1909. After a brief stint at Harvard Graduate School studying zoology, Wiener transferred to Cornell University to study philosophy, receiving his M.A. in 1912. He went on to graduate from Harvard with a Ph.D. in philosophy just one year later. Wiener took on a number of roles in the following years, including a junior lectureship at Harvard (1915-1916), an officer post in the army reserves (1916-1917), an engineering apprenticeship at General Electric (1917), and a writer’s post with the Encyclopaedia Americana in New York (1917-1918). After the First World War, Wiener accepted a position in the Department of Mathematics of the Massachusetts Institute of Technology (MIT), where he remained for the rest of his life. While at MIT in the late 1930s, Wiener coined the term “cybernetics” to describe his field of research, referring to the study of feedback, control, and communication systems in humans, animals, and machines. Wiener’s first major application of this new discipline came during the Second World War, when he assisted the American military in their development of autonomous anti-aircraft systems. After the war, he published Cybernetics, or Control and Communication in the Animal and the Machine (1948), a text that proved highly influential in fields as diverse as neuroscience, artificial intelligence, electrical engineering, and economic planning. Wiener married Margaret Engemann in 1926, with whom he had two children. He died in Stockholm, Sweden, following a heart attack on 18 March 1964.
- Craik, Kenneth James WilliamBiographyBiography(1914-1945), psychologist Kenneth James William Craik was born on 29 March 1914. He was educated at Edinburgh Academy, before studying philosophy and psychology at Edinburgh University. After graduating, Craik joined the Psychological Laboratory at the University of Cambridge, conducting research on visual adaptation, the subject for which he would later receive his Ph.D. in 1940. During the Second World War (1939-1945), Craik was barred from serving in the military for health reasons and instead conducted a number of investigations in Cambridge, most notably relating to the problem of the ‘human factor’ in the design and operation of military control panels and cockpits. Craik’s success led him to be recommended for the directorship of the new Applied Psychology Unit by the Psychological Laboratory’s director (and Craik’s Ph.D. supervisor), Sir Frederic Bartlett (1886-1969). During this time, Craik also wrote The Nature of Explanation (1943), a work which combined philosophical, psychological, and cybernetic approaches to understanding the human brain, and introduced the concept of ‘mental models’. Craik died in a road accident on 7 May 1945.
- Conditions governing accessOpen Access
- Conditions governing ReproductionCopies may be supplied in accordance with current copyright legislation and Science Museum Group terms and conditions
- Finding aidsBox 2 - BURD A6/60 - A15; B
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- contains 5 partsTOPBURD Papers relating to the clinical and experimental neuroscientific work carried out at the Burden Neurological Institute
- contains 16 partsSERIESBURD/A Main papers
- contains 31 partsSUB-SERIESBURD/A/09 Correspondence with E.D. Adrian