I just bought the CD and I'm watching it over and over last weekend.
Great stuff, you can even look at what chords Kurt Cobain was playing.
Except Meat Puppet's songs, I hereby declare my 2009 resolution is to distract myself with Nirvana's songs, playing exactly the same chords (should I work on the same fingering too? After all, I play on the left. Yes, I should) that they play in this CD.
Not too late right? It's still January.
A place to breathe
Monday, January 19, 2009
Monday, January 12, 2009
Theory of Relativity
Theory of Relativity consisted of 2 theories:
Consists of two principles:
1. The law of physics are relatively the same in uniform motion
2. The speed of light are the same in vacuum for all observers or the source of light
For (1), for the law of physics that is valid for a particular system A, also valid the a system A', which is uniform translatory motion relative to A.
For (2), why we care about the speed of light be the same for everyone?
General Theory of Relativity
In a simple term, general theory of relativity tries to solve the problem of gravitational force.
The Euclidean geometry need to be abandoned in favor of "space curvature". The idea that a "straight line" is a straight line does not apply in general - it could bend somehow.
For example, light rays are curved by the action of gravitational fields.
If that is true, you can imagine a uniformly rotating body that produced a centrifugal force is indeed, the gravitational force.
- Special theory of Relativity
- General theory of Relativity
Consists of two principles:
1. The law of physics are relatively the same in uniform motion
2. The speed of light are the same in vacuum for all observers or the source of light
For (1), for the law of physics that is valid for a particular system A, also valid the a system A', which is uniform translatory motion relative to A.
For (2), why we care about the speed of light be the same for everyone?
General Theory of Relativity
In a simple term, general theory of relativity tries to solve the problem of gravitational force.
The Euclidean geometry need to be abandoned in favor of "space curvature". The idea that a "straight line" is a straight line does not apply in general - it could bend somehow.
For example, light rays are curved by the action of gravitational fields.
If that is true, you can imagine a uniformly rotating body that produced a centrifugal force is indeed, the gravitational force.
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About Me
- syamsulhasran
- I'm currently a software engineer. My specific interest is games and networking. I'm running software company called Nusantara Software.