Recent content by Domisterwoozy
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Graduate Black holes and time dilation around the event horizon
Thanks PAllen, I assumed this was the case. So basically I mixed a quantum effect with a purely classical model of black holes. I guess I will have to wait for a complete quantum theory of gravity.- Domisterwoozy
- Post #5
- Forum: Special and General Relativity
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Graduate Black holes and time dilation around the event horizon
But shouldn't both reference frames be equally valid?- Domisterwoozy
- Post #3
- Forum: Special and General Relativity
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Graduate Black holes and time dilation around the event horizon
As I currently understand it from the point of view of an observer falling into a black hole it takes a finite time to cross the event horizon and reach the singularity. From the point of view of a far away observer the person falling into the black hole never actually crosses the event horizon...- Domisterwoozy
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- Black holes Dilation Event horizon Holes Horizon Time Time dilation
- Replies: 38
- Forum: Special and General Relativity
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Graduate General Relativity math, Tangent vectors on manifolds
Thanks for the reply. I am pretty sure I understand the basic definition of a path. Where I am running into trouble is I thought that the ambient coordinates consist of s coordinates and the local coordinates consist of n coordinates where s = n +1. Basically the manifold is embedded into a...- Domisterwoozy
- Post #4
- Forum: Special and General Relativity
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Graduate General Relativity math, Tangent vectors on manifolds
I am currently going through some online notes on differential geometry and general relativity. So far I have been following pretty well until I got to 3.4 cont'd letter (e) of http://people.hofstra.edu/Stefan_Waner/diff_geom/Sec3.html" document and the definition directly after. My first...- Domisterwoozy
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- General General relativity Manifolds Relativity Tangent Vectors
- Replies: 4
- Forum: Special and General Relativity
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How Does Radial Temperature Vary in a Thermally Conductive Hollow Cylinder?
Homework Statement A hollow cylinder of length L has inner radius, r1, outer radius, r2 , and thermal conductivity, k. It is in dynamic thermal equilibrium, with its interior held at temperature T1 and its exterior at a different temperature, T2. What is the radial temperature dependence, T(r)...- Domisterwoozy
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- Current Cylinder Heat
- Replies: 1
- Forum: Introductory Physics Homework Help