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Joe Hagner
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Are there any particles known in the Physics world with an either positive or negative charge that can be viewed by the human eye under LED light illumination and have an attraction/repulsion to magnetism?
Joe Hagner said:Are there any particles known in the Physics world with an either positive or negative charge that can be viewed by the human eye under LED light illumination and have an attraction/repulsion to magnetism?
gatopardos said:Sure you can see big clumps of particles with a microscope or even individual particles with electron microscope.
If you look closely at the condensation window you can faintly see what I am seeing, these were placed inside the sealed bottle last night around 10 pm, out in the open they are repelled by N42 neodymium magnets, just curious if anyone has seen anything like this before and I have some more pictures and will be getting some higher quality pictures with different spectrumsJoe Hagner said:Thanks Dave
Joe Hagner said:If you look closely at the condensation window you can faintly see what I am seeing, these were placed inside the sealed bottle last night around 10 pm, out in the open they are repelled by N42 neodymium magnets, just curious if anyone has seen anything like this before and I have some more pictures and will be getting some higher quality pictures with different spectrums
Joe Hagner said:I took a video to try and better illustrate what I am seeing, just thought it was fascinating the wave and particle action. The video was taken in a room with no ventilation.
Joe Hagner said:These are C3H8O2 PG, atomised, not dust, and to my knowledge dust does not react to magnetism
davenn said:Joe, you need to define YOUR definition of particles
Vanadium 50 said:He's been asked four times and for some inexplicable reason refuses to provide one. What is with all these questions where the OP pushes to keep the question vague?
gatopardos said:You can however see the trails of particles with this : http://www.symmetrymagazine.org/article/january-2015/how-to-build-your-own-particle-detector
Particles with electric charges visible to the human eye are subatomic particles that carry an electric charge and can be seen with the naked eye. These particles include protons, neutrons, and electrons, which make up atoms and molecules.
These particles are able to be seen with the naked eye because they have a strong enough charge to interact with light and produce visible effects. When light hits these charged particles, it is either absorbed or reflected, creating colors that can be seen by the human eye.
The properties of particles with electric charges visible to the human eye include mass, charge, and spin. Protons have a positive charge, neutrons have no charge, and electrons have a negative charge. They also have different masses and can spin in different directions.
Particles with electric charges visible to the human eye are crucial in the study of electricity and magnetism. Their interactions with electric and magnetic fields allow for the understanding of how electricity and magnetism work, and how they can be harnessed for various purposes.
Yes, these particles can be seen in everyday life. For example, static electricity is caused by the movement of electrons from one object to another, and can be seen when hair sticks to a balloon. Additionally, electric charges are responsible for the colors we see in fireworks and the lights we use in our homes.