우주의 팽창에 관하여

머리말__5

제1장　재료 다듬기 9
1 만유척력萬有斥力···········································11
2 초팽창(인플레이션) ··········································13
3 상대성이론의 듀얼(Dual) ································17
4 길이 팽창 ·····················································20
5 추락하는 것은 중력이 없다 ···························24
6 빛은 운동하지 않는다 ···································27
7 케플러 법칙 ··················································31
8 시간과 공간의 대칭성 ·································33
9 중력의 척력 ··················································37
10 블랙홀 속의 우주 ··········································41
11 마탄의 역설 ··················································44
12 자기력磁氣力·················································46

제2장　요리하기 49
1 왜 멀리 있는 것은 작게 보일까? ···················51
2 왜 커피는 뜨거운 물에서 더 잘 녹을까? ·······56
3 왜 무거운 것이나 가벼운 것이나 똑같은
속도로 떨어질까? ·········································58
4 확률론(코펜하겐 해석) ·······································60
5 가상의 물질과 가상의 에너지 ·······················62
6 베타 붕괴(약력) ··············································68
7 입자설粒子說·················································71
8 호이겐스 원리에 입각한 콤프턴 효과의
재해석 ··························································75
9 힉스 입자(힉스 메커니즘) ··································82
10 이중 슬릿 실험 ·············································85
11 차원(dimension) ··············································88
12 화이트홀 ······················································92
13 도플러 효과 ··················································95
14 물질파(드브로이파) ··········································97

제3장　마무리 99
1 과학은 장난감 블록 쌓기 ····························101
2 Hello Timetry! ············································103
3 홀로그램 우주 ············································109

저자의 변辯__114