Should we describe protons and electrons in dar Matter in a different way?

Thread starter MoAli
Start date Dec 13, 2014
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Electrons Matter Protons

In summary, the current description of protons and electrons in dark matter is based on the Standard Model of particle physics, but some scientists suggest alternative descriptions due to the limitations of the Standard Model. These alternative descriptions include theories like supersymmetry and modified gravity. A different description of protons and electrons in dark matter could greatly impact our understanding of the universe and its evolution. However, developing a new description presents challenges such as the need for experimental evidence and consistency with existing observations and theories.

Dec 13, 2014

MoAli

I was wondering if protons and electrons have different description in the terms of quarks if they're in Dark Matter??

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Dec 13, 2014

phinds

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If dark matter were made of electrons and protons, it wouldn't be dark matter, so your question is self-contradictory and has no answer.

1. What is the current description of protons and electrons in dark matter?

The current description of protons and electrons in dark matter is based on the Standard Model of particle physics, which describes protons and electrons as fundamental particles that make up ordinary matter.

2. Why do some scientists suggest describing protons and electrons in dark matter differently?

Some scientists suggest describing protons and electrons in dark matter differently because the Standard Model does not fully explain the behavior of dark matter, and there is evidence that dark matter may be composed of different types of particles.

3. What are some proposed alternative descriptions of protons and electrons in dark matter?

Some proposed alternative descriptions of protons and electrons in dark matter include theories such as supersymmetry, which suggests the existence of new particles that could make up dark matter, and modified gravity theories that seek to explain dark matter through changes to our understanding of gravity.

4. How would a different description of protons and electrons in dark matter impact our understanding of the universe?

A different description of protons and electrons in dark matter could potentially revolutionize our understanding of the universe by providing new insights into the nature of dark matter, which makes up about 85% of the total matter in the universe. This could also have implications for our understanding of the formation and evolution of galaxies and the fate of the universe.

5. What are the challenges of developing a new description of protons and electrons in dark matter?

The challenges of developing a new description of protons and electrons in dark matter include the need for experimental evidence to support any new theories, as well as the complexity of the problem and the vast amount of data that needs to be analyzed. Additionally, any new description must also be consistent with existing observations and theories, which can be a difficult task.