Recent content by dtfroedge
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Graduate Where Does the Radiated Energy Come From in a Gravitational Collision?
DaleSpam You're right, very good.- dtfroedge
- Post #10
- Forum: Thermodynamics
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Graduate Where Does the Radiated Energy Come From in a Gravitational Collision?
There was a quantity of energy radiated away, yet the entire e=mc^2 is still there- dtfroedge
- Post #8
- Forum: Thermodynamics
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Graduate Where Does the Radiated Energy Come From in a Gravitational Collision?
Remember, any energy associated with the gravitational field is part of the mass, and is all accounted for after the particles are merged.- dtfroedge
- Post #6
- Forum: Thermodynamics
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Graduate Where Does the Radiated Energy Come From in a Gravitational Collision?
Presume there are two massive bodies in open space, having zero relative velocity, and having the same space ambient temperature. That is, the incoming and out-flowing black body radiation is balanced and the temperature is unchanging. Presume these bodies become gravitationally attracted, and...- dtfroedge
- Thread
- Energy Experiment Thought experiment
- Replies: 10
- Forum: Thermodynamics
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Graduate How Can Gravity and Electromagnetism Be Unified Through a Rank 1 Field Theory?
Doug: Feng and Gallo have been working on the luninocity density relation for a solution to the dark matter issue. You may find their paper useful. "Galactic Rotation Described with Thin-Disk Gravitational Model" http://arxiv.org/abs/0803.0556 DT- dtfroedge
- Post #604
- Forum: Beyond the Standard Models
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Graduate The Calculated Value of the Fine Structure Constant From Gravitational Potential
CarlB: I have a number of friends that go to the April meeting, and I enjoy going whether of not I present anything, This years conference is particularly good, with some really interesting papers on gamma ray astronomy, and pulsar binaries. Be warned, that if you’re not doing conventional... -
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Graduate The Calculated Value of the Fine Structure Constant From Gravitational Potential
Delivering an "invited" paper I presume. -
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Graduate The Calculated Value of the Fine Structure Constant From Gravitational Potential
ZZ I am looking forward to meeting you DTF -
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Graduate The Calculated Value of the Fine Structure Constant From Gravitational Potential
It should strike your mind that someone reading the paper might be at the APS meeting and be interested enough to stop by, Physicists do attend the meeting. -
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Graduate The Calculated Value of the Fine Structure Constant From Gravitational Potential
Its being presented to provoke critique. Engendering "credibility" is for those who need their ego's stroked. -
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Graduate The Calculated Value of the Fine Structure Constant From Gravitational Potential
This paper is scheduled for presentation at the April meeting of the APS in St Louis 1:30 PM, Sunday, April 13, 2008 http://meetings.aps.org/Meeting/APR08/Event/83394. The paper has undergone a few revisions the latest of which is located at: http://www.arxdtf.org/css/alpha.pdf -
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Graduate An Alternative Model of the Double Slit Interference Experiment
wmadden: The double slit undoubtably is the most intriguing of physics experiments, so simple yet so enigmatic. Everyone knows the mathematical model, it works so well, yet we humans have a problem wrapping our mind around the actual physical process. People who value sanity just leave it... -
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Graduate An Alternative Model of the Double Slit Interference Experiment
With: And: Given these points which seem to presume the basis of QM I'm not sure I see an advantage for the theory :smile DTF -
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Graduate Scalar Gravitational Theory with Variable Rest Mass
\mu is just the gravitationla radius Gm/c^2 The presumption is that particle energy mc ^{2} = m_{\o}c^{2} + G M m/r = m _{\o}c^{2} +1/2mv}^{2} =constant , is not the normal assumption. The normal assumption is that gravitational energy is being contributed by the...- dtfroedge
- Post #6
- Forum: Special and General Relativity
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Graduate Scalar Gravitational Theory with Variable Rest Mass
sweetser: Apologies and thanks for the 1/2 typo which has been corrected. R^t_t = 8 \pi (T^t_t - 1/2T) This historical reference to negative Komar mass is on well worked out physics available in most texts, and I didn't think the notatio needed to be that precise, I just used the short...- dtfroedge
- Post #5
- Forum: Special and General Relativity