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¡¤±³Àç¸í : Introduction to Quantum Mechanics (3rd)
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¡¤ÃâÆÇ»ç : Cambridge University Press
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0°­ OT °íÈ­Áú 12ºÐ
1°­ [1-1] Probability °íÈ­Áú 38ºÐ
2°­ [1-2] Wave function (Æĵ¿ÇÔ¼ö) °íÈ­Áú 81ºÐ
3°­ [2-1] TISE, Stationary state (½Ã°£¿¡ ¹«°üÇÑ ½´·Úµù°Å ¹æÁ¤½Ä, Á¤»ó »óÅÂ) 53ºÐ
4°­ [2-2] Infinite potential well 40ºÐ
5°­ [2-3] Harmonic oscillator - Algebraic approach(Á¶È­ Áøµ¿ÀÚ) 77ºÐ
6°­ [3-1] Harmonic oscillator - Analytic approach 70ºÐ
7°­ [3-2] Free particle(ÀÚÀ¯ÀÔÀÚ)/ delta - function well 68ºÐ
8°­ [4-1] ¥ä-function scattering / Finite square well 59ºÐ
9°­ [4-2] ID scattering 42ºÐ
10°­ [5-1] Linear Algebra (¼±Çü´ë¼ö) (1) 58ºÐ
11°­ [5-2] Linear Algebra (¼±Çü´ë¼ö) (2) 80ºÐ
12°­ [6-1] Formalism (°ø½ÄÈ­) ¥° 56ºÐ
13°­ [6-2] Formalism (°ø½ÄÈ­) ¥± 51ºÐ
14°­ [6-3] Formalism (°ø½ÄÈ­) ¿¹Á¦ 41ºÐ
15°­ [7-1] Harmonic Oscillator - Algebraic Method 60ºÐ
16°­ [7-2] 3D Schrödinger equation 55ºÐ
17°­ [8-1] 3D Hydrogen Atom ¼ö¼Ò¿øÀÚ 60ºÐ
18°­ [8-2] Angular momentum °¢¿îµ¿·® 81ºÐ
19°­ [9-1] Spin 79ºÐ
20°­ [9-2] Angular Momentum Addiction/Aharanov-Bohm Effect 63ºÐ
21°­ [10-1] Two particle system 80ºÐ
22°­ [10-2] Atoms/Solid 80ºÐ
23°­ [11-1] Transformation/Translation 51ºÐ
24°­ [11-2] Conservation Law/Parity 41ºÐ
25°­ [11-3] Rotational symmetry/Degeneracy 42ºÐ
26°­ [11-4] Rotational selection rule 38ºÐ
27°­ [11-5] Translation in time 36ºÐ