View allAll Photos Tagged mathematician
(BC 300) 중국수학자가 영 ( 0 )을 정의하고 음수(陰數)를 사용하다.
(BC 300) History of Zero and Definition of Zero ( 0 )
[ Definition of Zero ( 0 ) ] is defined by Chinese Mathematician, in Modern mathmatics Zero( 0 ), (BC 300).
(BC 3,898) 무극 (無極), 반극 (反極), 태극 (太極), 음양오행 (陰陽五行)
(BC 2,000) 바빌로니아 점토판 : 2차방정식 (X^2)
(BC 771) 역경 (易經) -> 태극 (太極)
(BC 600) 노자 (老子) -> 무극 (無極), 음양오행 (陰陽五行)
(BC 610 ~ 546) 아낙시만드로스 (Anaximandros) -> 아페이론 (Apeiron), 페라스(Peras)
(BC 563 ~ 483) 붇다 (佛陀) -> [ 스냐타, 스냐 (Sunya) ( 0 ) ]
(BC 427 ~ 347) 플라톤 (Platon) : Apeiron -> 데미우르고스 (Demiourgos) -> Peras
(BC 305 ~ 240) 추연 (鄒衍) : 음양오행 (陰陽五行)
(BC 300) 구장산술 (九章算術) : [ 영 ( 0 )의 정의 ] = [ 모든 것 ]
= [ 현대수학의 영( 0 ) ]
(BC 300) 구장산술 (九章算術) : { 음수, ( 0 ), 양수 }에 대한 (+), (-)의 정의
(AD 628) 브라마굽타 (Brahmagupta) : { 음수, ( 0 ), 양수 }에 대한 (+), (-), (X), (/)의 정의
(AD 1,017 ~ 1,073) 주돈이 (周敦頤) : 무극 (無極), 태극 (太極)
(AD 1,130 ~ 1,200) 주자 (朱子) : 무극 (無極), 태극 (太極)
(AD 1,572) 봄벨리 : 허수 및 복소수의 정의
무한정 (無限定) : Be no limit. / 한정 (限定) : Be limit.
(인제대 조용현 교수님 홈페이지) 참고
biophilosophy.tistory.com/157?srchid=BR1http://biophiloso...
(BC 300) 중국 수학자
[ 무극 ] = [ 스냐타 (스냐) ]
= [ 현대수학의 영( 0 ) ]
[ 무극은 (없다)가 아니라 (모든 것). ]
[ 영 ( 0 )은 (없다)가 아니라 (모든 것). ]
[ ( 0 )은 (없다)가 아니라 (모든 것). ]
현대수학의 ( 0 )의 정의는 (BC 300)에, 채권법 채권소멸의 하나인
(상계)를 이론구성하면서, 중국수학자들이 수학에 응용하고
3원1차연립방정식 해법에 사용함. [ ( 0 ) = 모든 것 ] 그래서
[ ( 0 )은 사용하는 사람이 모순없이 정의해서 사용하면 됨. ]
[ 무극 ] = [ 스냐타 (스냐) ]는
시간과 공간의 제약을 받지 않는다.
( 0 ) = 끝없는 우주 = 무극 = 스냐타 = 아페이론
데미우르고스 (Demiourgos) : 장인, 창조자
(BC 300) History of Zero and Definition of Zero ( 0 )
[ Definition of Zero ( 0 ) ] is defined by Chinese Mathematician, in Modern mathmatics Zero( 0 ), (BC 300).
(BC 3,898) Wuji (無極), Fanji (反極), Taiji (太極), YinYang-Wuxing (陰陽五行)
(BC 2,000) Old Babylonian clay tablets : Quadratic equation (X^2)
(BC 771) iChing (易經) -> Taiji (太極)
(BC 600) Laozi (老子) -> Wuji (無極), YinYang-Wuxing (陰陽五行)
(BC 610 ~ 546) Anaximandros (阿那克西曼德) -> Apeiron, Peras
(BC 563 ~ 483) Buddha (佛陀) -> [ Sunyata (Sunya) ( 0 ) ]
(BC 427 ~ 347) Platon : Apeiron -> Demiourgos -> Peras
(BC 305 ~ 240) ZouYan (鄒衍) : YinYang-Wuxing (陰陽五行)
(BC 300) JiuZhangSuanShu (九章算術) : [ Definition of Zero ( 0 ) ] = [ Everything ]
= [ Modern mathmatics Zero( 0 ) ]
(BC 300) JiuZhangSuanShu (九章算術) : Definition of (+), (-) in { Negative number and ( 0 ), Positive }
(AD 628) Brahmagupta : Definition of (+), (-), (X), (/) in { Negative number and ( 0 ), Positive }
(AD 1,017 ~ 1,073) ZhouDunyi (周敦頤) : Wuji (無極), Taiji (太極)
(AD 1,130 ~ 1,200) Zhuxi (朱子) : Wuji (無極), Taiji (太極)
(AD 1,572) Bombelli : Definition of Imaginary number and Complex number
무한정 (無限定) : Be no limit. / 한정 (限定) : Be limit.
(인제대 조용현 교수님 홈페이지) 참고
biophilosophy.tistory.com/157?srchid=BR1http://biophiloso...
(BC 300) Chinese Mathematician
[ Wuji ] = [ Sunyata (Sunya) ]
= [ Zero ( 0 ) of modern mathematics ]
[ Wuji is not (Nothing) but (Everything=All). ]
[ ( 0 ) is not (Nothing) but (Everything=All). ]
[ Zero ( 0 ) is not (Nothing) but (Everything=All). ]
현대수학의 ( 0 )의 정의는 (BC 300)에, 채권법 채권소멸의 하나인
(상계)를 이론구성하면서, 중국수학자들이 수학에 응용하고
3원1차연립방정식 해법에 사용함. [ ( 0 ) = 모든 것 ] 그래서
[ ( 0 )은 사용하는 사람이 모순없이 정의해서 사용하면 됨. ]
[ Wuji ] = [ Sunyata (Sunya) ]
Be free from Limit of Time and Space
( 0 ) = Endless Space = Wuji = Sunyata = Apeiron
Demiourgos = Master craftsman = Creator
Roger Joseph Boscovich SJ (Croatian: Ruđer Josip Bošković; Italian: Ruggiero Giuseppe Boscovich; Latin: Rogerius (Iosephus) Boscovicius; 18 May 1711 – 13 February 1787) was a physicist, astronomer, mathematician, philosopher, diplomat, poet, theologian, Jesuit priest, and a polymath from the Republic of Ragusa. He studied and lived in Italy and France where he also published many of his works.
Boscovich produced a precursor of atomic theory and made many contributions to astronomy, including the first geometric procedure for determining the equator of a rotating planet from three observations of a surface feature and for computing the orbit of a planet from three observations of its position. In 1753 he also discovered the absence of an atmosphere on the Moon.
en.wikipedia.org/wiki/Roger_Joseph_Boscovich
---------------------------------
10615 M YU 940 Series: Personalities of Yugoslavia (1960) Ruđer Bošković (Dubrovnik, Croatia 18. V.1711. – Milano, Italy 13. II. 1787.) Mathematician, Astronomer, Poet, Scientist, Writer. Roger Joseph Boscovich Italian: Ruggiero Giuseppe Boscovich, Latin: Rogerius (Iosephus) Boscovicius
Nanjing (Jiangsu) 2010 - Prof. Yao Yijun commenting the photo exhibition "Les Déchiffeurs, voyage en mathématiques" at the Avant-Garde Library, in Nanjing. These pictures are showing the mathematicians from the IHES (Institut des Hautes Etudes Scientifiques) at work. They where displayed during the Shanghai Expo 2010 and are now travelling around China thanks to the Alliance Française schools network.
Terence Tao, famous mathematician at UCLA!
This was a portrait taken for the Daily Bruin about his online blog.
[ Definition of Zero ( 0 ) ] is defined by Chinese Mathematician, in Modern mathmatics Zero( 0 ), (BC 300).
(BC 300) History of Zero and Definition of Zero ( 0 )
(BC 3,898) Wuji (無極), Fanji (反極), Taiji (太極), YinYang-Wuxing (陰陽五行)
(BC 2,000) Old Babylonian clay tablets : Quadratic equation (X^2)
(BC 771) iChing (易經) -> Taiji (太極)
(BC 600) Laozi (老子) -> Wuji (無極), YinYang-Wuxing (陰陽五行)
(BC 610 ~ 546) Anaximandros (阿那克西曼德) -> Apeiron, Peras
(BC 563 ~ 483) Buddha (佛陀) -> [ Sunyata (Sunya) ( 0 ) ]
(BC 427 ~ 347) Platon : Apeiron -> Demiourgos -> Peras
(BC 305 ~ 240) ZouYan (鄒衍) : YinYang-Wuxing (陰陽五行)
(BC 300) JiuZhangSuanShu (九章算術) : [ Definition of Zero ( 0 ) ] = [ Everything ]
= [ Modern mathmatics Zero( 0 ) ]
(BC 300) JiuZhangSuanShu (九章算術) : Definition of (+), (-) in { Negative number and ( 0 ), Positive }
(AD 628) Brahmagupta : Definition of (+), (-), (X), (/) in { Negative number and ( 0 ), Positive }
(AD 1,017 ~ 1,073) ZhouDunyi (周敦頤) : Wuji (無極), Taiji (太極)
(AD 1,130 ~ 1,200) Zhuxi (朱子) : Wuji (無極), Taiji (太極)
(AD 1,572) Bombelli : Definition of Imaginary number and Complex number
무한정 (無限定) : Be no limit. / 한정 (限定) : Be limit.
(인제대 조용현 교수님 홈페이지) 참고
biophilosophy.tistory.com/157?srchid=BR1http://biophiloso...
(BC 300) Chinese Mathematician
[ Wuji ] = [ Sunyata (Sunya) ]
= [ Zero ( 0 ) of modern mathematics ]
[ Wuji is not (Nothing) but (Everything=All). ]
[ ( 0 ) is not (Nothing) but (Everything=All). ]
[ Zero ( 0 ) is not (Nothing) but (Everything=All). ]
현대수학의 ( 0 )의 정의는 (BC 300)에, 채권법 채권소멸의 하나인
(상계)를 이론구성하면서, 중국수학자들이 수학에 응용하고
3원1차연립방정식 해법에 사용함. [ ( 0 ) = 모든 것 ] 그래서
[ ( 0 )은 사용하는 사람이 모순없이 정의해서 사용하면 됨. ]
[ Wuji ] = [ Sunyata (Sunya) ]
Be free from Limit of Time and Space
Endless Space = Wuji = Sunyata = Apeiron
Rio de Janeiro, Brazil, August 04th, 2018, Riocentro, International Congress of Mathematicians 2018, ICM 2018, na foto: Maksym Radziwill foto: Davi Campana/R2
An Iranian-born mathematician has become the first woman to win a prestigious Fields Medal, widely viewed as the Nobel Prize of mathematics.
Maryam Mirzakhani, a Harvard-educated mathematician and professor at Stanford University in California, was one of four winners announced by the International Congress of Mathematicians (ICM) at its conference in Seoul.
"This is a great honour. I will be happy if it encourages young female scientists and mathematicians," Professor Mirzakhani said.
"I am sure there will be many more women winning this kind of award in coming years."
Read more:http://j.mp/1sW5iey
As an 8-year-old, Maryam Mirzakhani used to tell herself stories about the exploits of a remarkable girl. Every night at bedtime, her heroine would become mayor, travel the world or fulfill some other grand destiny.
Today, Mirzakhani — a 37-year-old mathematics professor at Stanford University — still writes elaborate stories in her mind. The high ambitions haven’t changed, but the protagonists have: They are hyperbolic surfaces, moduli spaces and dynamical systems. In a way, she said, mathematics research feels like writing a novel. “There are different characters, and you are getting to know them better,” she said. “Things evolve, and then you look back at a character, and it’s completely different from your first impression.”
Read more:http://j.mp/VmtyJz
A friend and a former colleague in the Penn State Math department. He is enjoying retirement by dividing his year between Maine and Florida and doing good photography (www.flickr.com/photos/richardbmansfield/).