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Sk8ernicky
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The title basically says it all, I'm wondering whether dark matter will allow sound to pass through because if it does, that could lead to being a way how to detect dark matter.
Sk8ernicky said:The title basically says it all, I'm wondering whether dark matter will allow sound to pass through because if it does, that could lead to being a way how to detect dark matter.
Nadeem81 said:Off of point a bit but... If all matter is 5% plus around 15-20% field of force around which I'm led to believe contains the likes of gauge boson particles then could we in fact say that the known mass is upto 30%
and the DM is in fact the potential for mass to exist,
or rather,travel seeing as all mater are waves.
Mass attracting Matter travels through and is realized in this potential mass which I'm guessing is provided for by the Higgs?
Nadeem81 said:So now I will try and properly lay out my hypothesis.Firstly a few important points
1)From granules of sand to vehicles to us,all is waves.Though the effects are negligible at the macroscopic.
2)We define force mathematically as mass x acceleration but in actuality a field of force is infact a probability field of the likes of gauge boson particles with mass.
3)If we are to now add this extra mass to the mass known we get from 20~30%
4)Space,rather than being a vacuum is thought now to be permeated by the Higgs boson which those bodies which have mass are attracted and gain their mass from.
Now remember that all are waves.If we take the waves of the ocean we notice that the wave moves but the movement of the actual water is minimal.Now if we imagine a body at point A attracting a portion of space permeated by the Higgs which in turn gives the body it's mass then on this picture when the body moves to point B the mass at point A stays where it is and is now returned to potential mass achieving equilibrium.The mass at point B now gives mass to the body.Bodies wave through an ocean of mass giving particles.
There is not universal consensus on DM/DE with one Nobel laureate physicist a vocal opponent as can be seen on Nature's utube channel.On my hypothesis we now have 30% known mass and perhaps the rest is the potential for mass to exist.And 'potentiality' is not a concept foreign to physics with Newtons laws dependent on it.This is all though a hypothesis open to and eager for criticism.
Dark matter is a type of matter that makes up about 85% of the total mass of the universe. It is called "dark" because it does not interact with light and therefore cannot be seen directly.
Dark matter is believed to behave similarly to regular matter in terms of gravity, meaning it has mass and exerts gravitational force on other objects. However, it does not interact with electromagnetic radiation, making it difficult to detect and study.
No, sound waves require a medium to travel through, and dark matter is not a suitable medium for sound. Dark matter does not have the necessary properties, such as density and elasticity, to allow for the propagation of sound waves.
Some scientists have proposed the idea that dark matter could potentially act as a medium for sound waves due to its gravitational properties. However, this is still a hypothetical concept and there is currently no evidence to support it.
Scientists study dark matter indirectly by observing its effects on visible matter, such as the way it affects the rotation of galaxies. They also use computer simulations and mathematical models to better understand its behavior and distribution in the universe.