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Equal amounts of positive and negative charges are neutral, but not all things that are neutral necessarily contain electric charges. Something that contains no electric charges at all would also be neutral.
Quote from: yor_on on 30/06/2020 14:50:05Let us first define what you mean by charge?Solitons?To me , electrical charge is useful energy generated by quantum interactions .
Let us first define what you mean by charge?Solitons?
All things atomic contain electrical charge !
I don't believe there is any science anywhere that says the Higgs is not - and + charge ?
Why can't we view the field as an interwoven field of - and + ?
Quote from: Tass on 30/06/2020 15:11:51Quote from: yor_on on 30/06/2020 14:50:05Let us first define what you mean by charge?Solitons?To me , electrical charge is useful energy generated by quantum interactions . To scientists, it isn't.I think that may be part of the problem here.Now, do you think it's more likely that you will (a) convince the scientific world to change their use of the word, and rewrite all the textbooks or(b) learn what the word means?
Additionally I was asked what charge meant to me , not what does it say on Wiki , I answered the question correctly .
Energy isn't split that way though. Energy is just energy.
Quote from: Tass on 30/06/2020 15:33:46Additionally I was asked what charge meant to me , not what does it say on Wiki , I answered the question correctly .I didn't say you answered incorrectly.I said that your view was unhelpful and asked what you might do about that..You seem to have forgotten to answer.TheBox did that a lot.
Hmm, Tass, the way you split information is quantum based. Entanglements f.ex contain no useful information, defined mainstream. all 'energy' I know of will be useful, although depending on your situation relative it. In entropy they talk about the 'heat death' of the universe, a state where all energy is diluted to a same degree. That means that entropy can't do any useful work, even though 'energy still exist. Defining it from a quantum mechanical perspective you find HUP (Heisenberg's Uncertainty Principle) in where 'interactions' still spontaneously can exist.
Well luckily for us our universe is expanding so the probability of our universe having a heat death is very low as the heat is expanding as opposed to being contained in a sealed volume
the probability of our universe having a heat death is very low
the probability of our universe having a heat death is very low as the heat is expanding as opposed to being contained in a sealed volume