Is Electromagnetic Energy Linked to Atomic Charges?

[xiola]

My apologies for the lack of understanding of the topic, and it may be a bit from left field, but; Is it possible that the positive and negative attributes of the amplitude of electromagnetic radiation is the same positive and negative attributes of atoms, i.e. protons and electrons. Perhaps the electromagnetic energy can get to higher frequencies than can be currently measured and at that wavelength electromagnetic energy adopts the characteristics of matter.
As I say, my knowledge of the topic is far from complete and I would be interested in any thoughts that may dispel this theory.

 

[jetwaterluffy]

Matter and energy are linked by E=mc², but protons and electrons are nothing to do with light. Up and down quarks (which make up protons) and electrons just happen to have charge, which means they are affected by electromagnetic radiation, but that doesn't mean they make up the radiation itself.

 

[xiola]

ok, thanks very much for your help.

 

[xiola]

Again, I thank you for your feedback, but I still have another question.

If E=mc^2 then would it not follow that if energy and matter are linked, that matter must be composed of, at least in part, electromagnetic radiation. And if so, where on the spectrum does it lie?

 

[pmacias]

I appreciate your curiosity and interest in exploring the connection between energy and matter. It is a complex and fascinating topic that has been studied and debated by many scientists over the years.

To answer your question, it is important to understand that energy and matter are not the same, but they are closely related. Matter is made up of tiny particles called atoms, which contain protons, neutrons, and electrons. These particles have mass and take up space, making them tangible and observable. On the other hand, energy is not a physical substance, but rather a property or characteristic of matter. It is defined as the ability to do work or cause change.

Now, to address your theory about the connection between the amplitude of electromagnetic radiation and the positive and negative attributes of atoms, there is some validity to this idea. Electromagnetic radiation, such as light, is made up of waves that have both electric and magnetic components. These waves carry energy and can interact with matter in various ways. When these waves interact with atoms, they can cause the electrons to move, which in turn can affect the overall charge of the atom. This is similar to how protons and electrons interact within an atom, with the protons having a positive charge and the electrons having a negative charge.

However, it is important to note that energy and matter are not interchangeable. While energy can be converted into matter (as seen in nuclear reactions), matter cannot be converted into pure energy. This is due to the law of conservation of mass and energy, which states that the total amount of mass and energy in the universe remains constant.

In regards to your idea about electromagnetic energy adopting the characteristics of matter at higher frequencies, there is currently no evidence to support this. The electromagnetic spectrum is already well understood and measured, and there is no indication that it extends beyond what we currently know. Additionally, the characteristics of matter, such as mass and volume, are not observed in electromagnetic energy.

In conclusion, while there is a connection between energy and matter, they are not the same and cannot be interchanged. The positive and negative attributes of electromagnetic radiation and atoms are related, but they are not identical. I hope this helps clarify the link between energy and matter for you. Keep asking questions and exploring the wonders of science!