MARC

 008040601s2003        ulka                    000      kor
■020    ▼a89-88907-18-3
■0801  ▼a530.145
■082    ▼a530.12▼b리83ㅇ▼223
■090    ▼a530.12▼b리83ㅇ
■1000  ▼a리처드  파인만  저  /  박병철  옮
■24510▼a일반인을  위한  파인만의  QED강의▼d리처드  파인만  저  /  박병철  옮.
■260    ▼a서울▼b(도서출판)승산▼c2003
■300    ▼a224p.▼b삽도▼c23cm
■505    ▼a첫째날  입문▼c21▼a양자전기역학  이전의  물리학▼c25▼a양자전기역학의  등장▼c27▼a완벽한  양자전기역학▼c29▼a벌써  지루해진  청중들을  위해▼c32▼a어떻게  양자전기역학을  설명할  것인가?▼c34▼a빛:  광자  덩어리▼c37▼a광전증폭기  :  빛의  입자성▼c39▼a빛의  신기한  반사현상▼c43▼a더욱  신기한  양면  반사현상▼c4600▼a만능  해결사  :  화살표  물리학▼c5111▼a화살표의  정체  :  확률진폭▼c6122▼a둘째날  광자(빛을  구성하는  입자)▼c6933▼a입사각과  반사각은  왜  같은가?▼c7244▼a빛의  마술  :  화절격자▼c8255▼a양자전기역학이  설명하는  굴절현상▼c8766▼a생각하는  광자  :  지름길을  찾아서▼c9177▼a돋보기의  원리▼c9688▼a복합적인  사건의  확률  :  화살표의  곱셈▼c9999▼a다시  보는  반사현상  :  복합적  사건▼c10500▼a복합사건으로  본  양면  반사현상▼c11011▼a멋진  예제  :  번식하는  광자?▼c11122▼a주의!  화살표는  '하나의'  사건이  일어날  확률이다▼c11733▼a우리가  관측하는  자연현상이란,  결국  '하나의'  사건일  뿐이다▼c12244▼a셋째날  빛과  물질의  상호작용▼c12555▼a빛의  이중성▼c12966▼a전자도  이중성을  갖고  있다▼c13577▼a파인만의  시공도식▼c13788▼a세  가지  기본도식▼c14099▼a전자와  전자의  충돌▼c14500▼a빛의  산란▼c15011▼a부분반사▼c15422▼a빛의  투과▼c16233▼a자연의  다양성▼c16544▼a자기쌍극자능률▼c17155▼a편광을  고려한다면▼c17766▼a넷째날  맘은  이야기▼c18377▼a재규격화▼c18688▼a결합상수  e의  신비▼c19199▼a양성자와  중성자▼c19300▼a강한  상호작용▼c19511▼a약한  상호작용▼c20322▼a반복되는  입자가족들▼c20733
■9500  ▼b￦9800

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