Georg Cantor
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Georg Cantor
Summary
Georg Cantor is a human[1]. He was born in Saint Petersburg[2]. He was born on February 19, 1845[3]. He passed away in Halle (Saale)[4]. He died on January 6, 1918[5]. He worked as a mathematician[6], philosopher[7], and university teacher[8]. He has Wikipedia articles in 30 language editions, a strong signal of global cultural recognition.[9]
Key Facts
- Born in Saint Petersburg[2], Georg Cantor…
- Georg Cantor died in Halle (Saale)[4].
- Georg Cantor was born on February 19, 1845[3].
- Georg Cantor was born on March 3, 1845[10].
- Georg Cantor died on January 6, 1918[5].
- Burial took place at Friedhof Giebichenstein[11].
- Georg Cantor's father was Georg Woldemar Cantor[12].
- Georg Cantor's mother was Maria Cantor[13].
- Georg Cantor was married to Vally Cantor[14].
- A child of Georg Cantor was Erich Cantor[15].
- A child of Georg Cantor was Else Cantor[16].
- Georg Cantor held citizenship in German Reich[17].
- Georg Cantor held citizenship in German Empire[18].
- Georg Cantor worked as a mathematician[6].
- Georg Cantor worked as a philosopher[7].
- Georg Cantor worked as a university teacher[8].
- Georg Cantor's field of work was set theory[19].
- Georg Cantor's field of work was mathematics[20].
- Georg Cantor's field of work was mathematical logic[21].
- Georg Cantor's field of work was cardinal number[22].
- Georg Cantor's field of work was ordinal number[23].
- Georg Cantor's field of work was philosophy of mathematics[24].
- Georg Cantor held the position of chairperson[25].
- Georg Cantor was employed by Martin Luther University Halle-Wittenberg[26].
- Georg Cantor was educated at Frederick William University Berlin[27].
Body
Origins and Family
Georg Cantor was born in Saint Petersburg[2]. Recorded date of birth include February 19, 1845[3] and March 3, 1845[10]. His father was Georg Woldemar Cantor[12]. His mother was Maria Cantor[13].
Education
Educated at Frederick William University Berlin[27], a university[28], in Prussia[29], founded in 1828[30]; Martin Luther University Halle-Wittenberg[31], a public university[32], in Germany[33], founded in 1502[34], headquartered in Halle (Saale)[35]; Technical University of Darmstadt[36], a public university[37], in Germany[38], founded in 1877[39]; and ETH Zurich[40], an institute of technology[41], in Switzerland[42], founded in 1855[43], headquartered in ETH Zurich main building[44]. Doctoral advisors include Ernst Kummer[45] and Karl Weierstraß[46].
Career and Affiliations
Recorded occupations include mathematician[6], philosopher[7], and university teacher[8]. Fields of work include set theory[19], a branch of mathematics[47]; mathematics[20], an academic discipline[48]; mathematical logic[21], a branch of mathematics[49]; cardinal number[22], a type of number[50]; ordinal number[23], a type of number[51]; and philosophy of mathematics[24], a branch of philosophy[52]. Among Georg Cantor's employers was Martin Luther University Halle-Wittenberg[26]. He held the position of chairperson[25]. He supervised Alfred Barneck as a doctoral student[53].
Works and Contributions
A notable work attributed to Georg Cantor is list of things named after him[54]. Things named for him include Cantor's diagonal argument[55], Cantor set[56], Cantor–Bernstein–Schroeder theorem[57], Cantor space[58], Cantor's paradox[59], Smith–Volterra–Cantor set[60], Cantor medal[61], and Cantor distribution[62].
Recognition
Georg Cantor received the Sylvester Medal[63].
Personal Life
Georg Cantor was married to Vally Cantor[14]. Children include Erich Cantor[15], a physician[64], 1879–1962[65] and Else Cantor[16]. His religion is recorded as Lutheranism[66].
Death and Burial
Georg Cantor died on January 6, 1918[5]. He passed away in Halle (Saale)[4]. The cause of death was myocardial infarction[67]. Burial took place at Friedhof Giebichenstein[11].
Why It Matters
Georg Cantor has Wikipedia articles in 30 language editions, a strong signal of global cultural recognition.[9] He is known by 61 alternative names across languages and contexts.[68]
He has been cited as an influence by Bertrand Russell[69], a mathematician[70], 1872–1970[71], of United Kingdom[72], awarded the Nobel Prize in Literature[73], specialised in set theory[74]; Philip Jourdain[75], a mathematician[76], 1879–1919[77], of United Kingdom of Great Britain and Ireland[78]; and Paul Cohen[79], a mathematician[80], 1934–2007[81], of United States[82], awarded the Fields medal[83], specialised in set theory[84].
He is credited with the discovery of set theory[85], a branch of mathematics[86]; transfinite number[87], a type of number[88]; well-ordered set[89], a mathematical concept[90]; countably infinite set[91], a type of set[92]; aleph null[93], a transfinite number[94]; and absolute infinite[95]. Works attributed to him include Cantor's first uncountability proof[96]. Entities named for him include Cantor's diagonal argument[55], Cantor set[56], Cantor–Bernstein–Schroeder theorem[57], Cantor space[58], Cantor's paradox[59], and Smith–Volterra–Cantor set[60].
FAQs
Where was Georg Cantor born?
Born in Saint Petersburg[2], Georg Cantor…
Where did Georg Cantor die?
Georg Cantor died in Halle (Saale)[4].
Who were Georg Cantor's parents?
Georg Cantor's father was Georg Woldemar Cantor[12]. Georg Cantor's mother was Maria Cantor[13].
Who was Georg Cantor married to?
Georg Cantor's spouses include Vally Cantor[14].
What did Georg Cantor do for work?
Georg Cantor worked as mathematician[6], philosopher[7], and university teacher[8].
Where did Georg Cantor go to school?
Georg Cantor was educated at Frederick William University Berlin[27], Martin Luther University Halle-Wittenberg[31], Technical University of Darmstadt[36], and ETH Zurich[40].
What awards did Georg Cantor receive?
Honors received include Sylvester Medal[63].
Who did Georg Cantor influence?
Georg Cantor has been cited as an influence by Bertrand Russell[69], Philip Jourdain[75], and Paul Cohen[79].
What did Georg Cantor discover?
Georg Cantor is credited as discoverer of set theory[85], transfinite number[87], well-ordered set[89], and countably infinite set[91].