Is Light a String in the Vibrating Geometry of the Universe?

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The discussion explores the concept of light potentially being composed of strings within the framework of string theory, which posits that fundamental particles are vibrating strings rather than points. Participants express interest in the geometric implications of these strings and whether there is a consensus on their geometry. One user mentions WFHagen's Engergiewirbel as a possible connection to string geometry, highlighting its potential to explain various physical phenomena, including particle creation and gravity. The conversation suggests that the string theory community may find this idea intriguing and worth exploring further. Overall, the dialogue centers on the intersection of light, particles, and the geometric nature of string theory.
Chris Walters
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I am asking is light as it is related to particles could be (wave/particle theory)
could be composed of strings.

http://www.geocities.com/physicsquestion2007

Has anyone seen any publications or authors who support this idea?

Chris Walters
 
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Umm well in String theory Yes >.< In string theory every fundamental particle is no longer a point or sphere, but a vibrating string.
 
Geometry?

Gib Z said:
Umm well in String theory Yes >.< In string theory every fundamental particle is no longer a point or sphere, but a vibrating string.

Is there any convergence upon a geometry of these vibrating strings? I've often thought WFHagen's Engergiewirbel could be thought of as string geometry - though I'm not sure he would agree. What I found exciting was that this single force vector (string?) could be used explain pair creation/anilliation, particle geometry, weak and strong NF, and even gravity. I would think the string community would resonate with it. :)
 
"Supernovae evidence for foundational change to cosmological models" https://arxiv.org/pdf/2412.15143 The paper claims: We compare the standard homogeneous cosmological model, i.e., spatially flat ΛCDM, and the timescape cosmology which invokes backreaction of inhomogeneities. Timescape, while statistically homogeneous and isotropic, departs from average Friedmann-Lemaître-Robertson-Walker evolution, and replaces dark energy by kinetic gravitational energy and its gradients, in explaining...

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