[斯坦福大学近现代物理专题课程-广义相对论].Lecture07.320x240.mp4

Chinaboy2

2011/05/05 15:34:49

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Physics - Modern Physics: Einstein's General Theory of Relativity

Modern Physics: Einstein's General Theory of Relativity consists of twelve lectures taught by Professor Leonard Susskind. The topics covered in this course focus on Einstein's general theory of relativity: Newton's theory of gravity, gravitational field, Gauss's theorem, gravity acceleration equivalence principle, light in an accelerated field, tensors, flat and curved space, space-time, Riemann curvature tensor, the field equations of relativity, wave motion extension to curved space, black hole, and space-time diagrams.
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Lecture 1 | Modern Physics: Einstein's Theory
Newton, Gauss, Kepler, Tidal Forces - Newton's theory of gravity, tidal forces, gravitational field, Gauss's theorem, Newton's gravitational mass of a sphere.

Lecture 2 | Modern Physics: Einstein's Theory
Gravity Acceleration Equivalence, Gauss's Law - note on dark energy, Gauss's law, gravity within a sphere, gravity acceleration equivalence principle, light in an accelerated field.

Lecture 3 | Modern Physics: Einstein's Theory
Math Transforms, Tensors, Metrics, Curved Space - basic transformation formulas, tensors, metric tensors, flat and curved space.

Lecture 4 | Modern Physics: Einstein's Theory
Math Tensors, indices, Co-Contravariant, Coordinates - review of covariant/contravariant vectors, contracting indices, raising lowering indices, space-time.

Lecture 5 | Modern Physics: Einstein's Theory
Tensor Calculus, Geodescics, Curves, Coordinates - tensor scalar field, coordinates and tensor vector fields, covariant differentiation.

Lecture 6 | Modern Physics: Einstein's Theory
Curvature, Parallel Transport, Curved Space - the "rest-frame" of the Universe, space-time, intervals, curvature, define parallel transport.

Lecture 7 | Modern Physics: Einstein's Theory
Parallel Transport, Tensors Riemann, Ricci, Gamma, Curvature, Energy, Momentum

Lecture 8 | Modern Physics: Einstein's Theory
Parallel Transport, Commutators, Newtonian Approximation to GR Tensors

Lecture 9 | Modern Physics: Einstein's Theory
Field Equations, Tensor - metric tensor manipulations, the field equations of relativity, formulating the Stress-Energy tensor from Newtonian Mechanics.

Lecture 10 | Modern Physics: Einstein's Theory
Energy, Tensor, Wave Motion, SR, 5-D, BHole - possibilities of special dimensions other than three, wave motion extension to curved space, the energy density.

Lecture 11 | Modern Physics: Einstein's Theory
Geodesics, Coordinate Transforms, Black Hole - integrated curvature, geodesic coordinates, accelerated reference frame diagrams, coordinate transformation to polar coordinates.

Lecture 12 | Modern Physics: Einstein's Theory
Schwartzchild Black Hole - summary of space-time diagrams, the Schwartzchild solution, note on black hole horizon.

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Chinaboy2

2011/05/05 14:59:52

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下载完并观看过的朋友不妨弄个内容简介或者各集名称出来，造福大家啊（方便大家选择下载）

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liangdanni

2011/01/22 00:33:53

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NO········跪求字幕啊····那怕是英文字幕·····N多专业名词你用中文说我都不一定能听的懂，更何况是英文！！！那位大大可怜可怜我这没文化的人吧···

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yuzujin

2011/01/01 10:20:07

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谢谢楼主分享了

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i2000s

2010/09/05 08:56:32

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找到方法了！
但是YouTube上是有英文字幕的，实际下载的文件没有字幕，咋整？

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very_share

2010/07/16 17:51:33

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好想看 没有源～～～不知道这个资源楼主在哪找到的！！能否告知 感激不尽啊

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水秋寒

2010/07/04 12:41:16

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第一次非常痛恨自己的小硬盘

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我来verycd了

2010/06/09 17:53:29

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很感谢楼主!一直对物理感兴趣！

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hannibal_c

2010/05/23 11:30:13

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看英文字幕其实挺好的

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yanguhong

2010/05/19 23:46:20

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为什么？为什么？哭啊，
谢谢楼主。

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