Geoffrey Ingram Taylor

Summary

Geoffrey Ingram Taylor is a human^[1]. He was born in St John's Wood^[2]. He was born on March 7, 1886^[3]. He passed away in Cambridge^[4]. He died on June 27, 1975^[5]. He worked as a physicist^[6], engineer^[7], mathematician^[8], and meteorologist^[9]. He ranks in the top 0.72% of human entities by monthly Wikipedia readership (181 views/month, #7,233 of 1,000,298).^[10]

Key Facts

• Geoffrey Ingram Taylor was born in St John's Wood^[2].
• Geoffrey Ingram Taylor's place of birth was London^[11].
• Geoffrey Ingram Taylor died in Cambridge^[4].
• Geoffrey Ingram Taylor was born on March 7, 1886^[3].
• Geoffrey Ingram Taylor died on June 27, 1975^[5].
• Geoffrey Ingram Taylor's father was Edward Ingram Taylor^[12].
• Geoffrey Ingram Taylor's mother was Margaret Boole Taylor^[13].
• Geoffrey Ingram Taylor held citizenship in United Kingdom^[14].
• Geoffrey Ingram Taylor's professions included physicist^[6].
• Geoffrey Ingram Taylor worked as an engineer^[7].
• Geoffrey Ingram Taylor worked as a mathematician^[8].
• Geoffrey Ingram Taylor's professions included meteorologist^[9].
• Geoffrey Ingram Taylor's field of work was physics^[15].
• Geoffrey Ingram Taylor's field of work was applied mechanics^[16].
• Geoffrey Ingram Taylor's field of work was hydrodynamics^[17].
• Geoffrey Ingram Taylor's field of work was Wave theory of light^[18].
• Geoffrey Ingram Taylor was employed by University of Cambridge^[19].
• Geoffrey Ingram Taylor was educated at Trinity College^[20].
• Geoffrey Ingram Taylor was educated at University of Cambridge^[21].
• Geoffrey Ingram Taylor's doctoral advisor was J. J. Thomson^[22].
• Geoffrey Ingram Taylor received the Fellow of the Royal Society^[23].
• Geoffrey Ingram Taylor received the Timoshenko Medal^[24].
• Geoffrey Ingram Taylor received the Copley Medal^[25].
• Geoffrey Ingram Taylor received the Royal Medal^[26].
• Geoffrey Ingram Taylor received the Wilhelm Exner Medal^[27].

Body

Origins and Family

Recorded place of birth include St John's Wood^[2], an area of London^[28], in United Kingdom^[29] and London^[11], a metropolis^[30], in Roman Empire^[31], founded in 0047^[32]. Geoffrey Ingram Taylor was born on March 7, 1886^[3]. His father was Edward Ingram Taylor^[12]. His mother was Margaret Boole Taylor^[13].

Education

Educated at Trinity College^[20], a college of the University of Cambridge^[33], in United Kingdom^[34], founded in 1546^[35], headquartered in Cambridge^[36] and University of Cambridge^[21], a collegiate university^[37], in United Kingdom^[38], founded in 1209^[39], headquartered in Cambridge^[40]. Geoffrey Ingram Taylor's doctoral advisor was J. J. Thomson^[22].

Career and Affiliations

Recorded occupations include physicist^[6], engineer^[7], mathematician^[8], and meteorologist^[9]. Fields of work include physics^[15], a branch of science^[41]; applied mechanics^[16], a branch of mechanics^[42]; hydrodynamics^[17], a branch of mechanics^[43]; and Wave theory of light^[18], a physical theory^[44]. Among Geoffrey Ingram Taylor's employers was University of Cambridge^[19]. Doctoral students include Frederick Gerard Friedlander^[45], George Batchelor^[46], Francis Bretherton^[47], Philip Drazin^[48], Albert E. Green^[49], and Owen Martin Phillips^[50].

Recognition

Awards received include Fellow of the Royal Society^[23], a fellowship award^[51], in United Kingdom^[52]; Timoshenko Medal^[24], a science award^[53], in United States^[54], founded in 1957^[55]; Copley Medal^[25], a medallion^[56], in United Kingdom^[57], founded in 1731^[58]; Royal Medal^[26], a science award^[59], in United Kingdom^[60], founded in 1826^[61]; Wilhelm Exner Medal^[27], an award^[62], in Austria^[63], founded in 1921^[64]; and De Morgan Medal^[65], a science award^[66], in United Kingdom^[67].

Death and Burial

Geoffrey Ingram Taylor died on June 27, 1975^[5]. He died in Cambridge^[4]. The cause of death was cerebral hemorrhage^[68].

Works and Contributions

Things named for Geoffrey Ingram Taylor include Rayleigh–Taylor instability^[69], a hydrodynamic stability^[70]; Taylor–von Neumann–Sedov blast wave^[71]; Taylor–Couette flow^[72], a flow type^[73]; Taylor cone^[74]; Taylor column^[75]; and Taylor number^[76].

Why It Matters

Geoffrey Ingram Taylor ranks in the top 0.72% of human entities by monthly Wikipedia readership (181 views/month, #7,233 of 1,000,298).^[10] He has Wikipedia articles in 21 language editions, a strong signal of global cultural recognition.^[77] He is known by 19 alternative names across languages and contexts.^[78]

He is credited with the discovery of Taylor number^[79], a mathematical concept^[80]. Entities named for him include Rayleigh–Taylor instability^[69], a hydrodynamic stability^[70]; Taylor–von Neumann–Sedov blast wave^[71]; Taylor–Couette flow^[72], a flow type^[73]; Taylor cone^[74]; Taylor column^[75]; and Taylor number^[76].

His notable doctoral advisees include George Batchelor^[81], a mathematician^[82], 1920–2000^[83], of Australia^[84], awarded the Adams Prize^[85], specialised in mechanics^[86] and Albert E. Green^[87], a physicist^[88], 1912–1999^[89], of United Kingdom^[90], awarded the Fellow of the Royal Society^[91].

FAQs

Where was Geoffrey Ingram Taylor born?

Geoffrey Ingram Taylor was born in St John's Wood^[2].

Where did Geoffrey Ingram Taylor die?

Geoffrey Ingram Taylor died in Cambridge^[4].

Who were Geoffrey Ingram Taylor's parents?

Geoffrey Ingram Taylor's father was Edward Ingram Taylor^[12]. Geoffrey Ingram Taylor's mother was Margaret Boole Taylor^[13].

What did Geoffrey Ingram Taylor do for work?

Geoffrey Ingram Taylor worked as physicist^[6], engineer^[7], mathematician^[8], and meteorologist^[9].

Where did Geoffrey Ingram Taylor go to school?

Geoffrey Ingram Taylor was educated at Trinity College^[20] and University of Cambridge^[21].

What awards did Geoffrey Ingram Taylor receive?

Honors received include Fellow of the Royal Society^[23], Timoshenko Medal^[24], Copley Medal^[25], and Royal Medal^[26].

What did Geoffrey Ingram Taylor discover?

Geoffrey Ingram Taylor is credited as discoverer of Taylor number^[79].