4 ms·

In the scientific community, we talk about how different foundational principles or axioms change the heuristics of physics and that is what this article was ab

In the scientific community, we talk about how different foundational principles or axioms change the heuristics of physics and that is what this article was about. Convention A leads to Riemannian coordinates and the big bang. Convention B leads to Cartesian coordinates and tired light. There is nothing mystical about Cartesian logic. It was reborn during the enlightenment. When people try to think in Cartesian ways about Riemannian theories, as most people tend to do, trouble arises.

SideburnsOfDoom 7y ago
Could you please stop dodgeing, waffling, obfuscating and going on about "that's just one way of looking at it" and address the part where it causes "you won't see it" for stars etc? This part is where the jargon serves only to hide the fact that this is nonsense.
- nixtaken 7y ago
  He is askng for an explanation in terms of quantum mechanics and I gave one, but I prefer the first explanation I gave in term of the speed of light. What is nice about tired light or steady-state universes is that the two explanations are consistent. The big-bang universe is full of inconsistencies and paradoxes which are somehow not paradoxical if you do the math and don't think too hard about the heuristics. In short, it is a mess that can only be sorted out if you think outside of the box which defines it.
  - JMarkMorris 7y ago
    I think of supermassive black holes, SMBH, as the ultimate progression in the variety of ways matter convects together into denser and denser objects. So if we want to call a black hole or an SMBH a star, I am fine with that. And, since I think Planck plasma can emerge from the most dense matter-energy which is generally found inside the event horizon, we then need to talk about what Planck particles are. I model them as dipoles containing two charged particles - an electrino and a positrino, which can be combined in various ways to form all of the standard matter particles. So now, if a Planck level energy particle is one of these dipoles, well that is not a particle in the standard model. It may be the equivalent of a Gen III photon, but we don't have generations for photons yet. And the vibrational or oscillation frequency of a Planck particle is the Planck frequency, which we definitely can not detect. So all that said, the description of a "vibrating star" is ok with me.

SideburnsOfDoom 7y ago

Could you please stop dodgeing, waffling, obfuscating and going on about "that's just one way of looking at it" and address the part where it causes "you won't see it" for stars etc? This part is where the jargon serves only to hide the fact that this is nonsense.

nixtaken 7y ago
He is askng for an explanation in terms of quantum mechanics and I gave one, but I prefer the first explanation I gave in term of the speed of light. What is nice about tired light or steady-state universes is that the two explanations are consistent. The big-bang universe is full of inconsistencies and paradoxes which are somehow not paradoxical if you do the math and don't think too hard about the heuristics. In short, it is a mess that can only be sorted out if you think outside of the box which defines it.
- JMarkMorris 7y ago
  I think of supermassive black holes, SMBH, as the ultimate progression in the variety of ways matter convects together into denser and denser objects. So if we want to call a black hole or an SMBH a star, I am fine with that. And, since I think Planck plasma can emerge from the most dense matter-energy which is generally found inside the event horizon, we then need to talk about what Planck particles are. I model them as dipoles containing two charged particles - an electrino and a positrino, which can be combined in various ways to form all of the standard matter particles. So now, if a Planck level energy particle is one of these dipoles, well that is not a particle in the standard model. It may be the equivalent of a Gen III photon, but we don't have generations for photons yet. And the vibrational or oscillation frequency of a Planck particle is the Planck frequency, which we definitely can not detect. So all that said, the description of a "vibrating star" is ok with me.