Modern Materialistic Science has made studying electricity verboten.
There are so many neat electrical devices that have all kinds of effects, however, they must be coached into the language of electrons moving, and that makes studying them useless.
Take the simple Tesla Coil. It lights fluorescent bulbs feet away, with no wired connections. You could say that the coil creates an electrical field, but then, you will have to define field, which is also verboten in modern science. The language of how a Tesla Coil lights the bulb is really wordy. Just don't go asking things like, how many electrons are just floating freely around to cause this?
Electricians have known for forever that electricity flows in between the wires. And those high voltage power poles are designed to let the electricity to flow as easy as possible, in between the wires. And you can almost get an electrical engineer to agree with this and thus disprove that electricity happens because electrons move, but they usually won't go that far.
Without the Aether and an understanding of fields, all of our studies goes to nothing.
Vacuum Tubes
These are really weird devices (if you believe in Modern Materialistic Science).
You get a metal rod, you stick it up into a vacuum in a bulb, and then you heat that rod, and an electron cloud will form.
Then with screens around it, with certain voltages applied to them can guide the flow of these electrons. You can see this phenomena in any CRT television (you know those things before flat panel displays?) The phosphorous bits in the front of the TV screen are excited by the flow of electrons.
There is just one teensy little problem, where do all those electrons come from? And all those electrons fired from the heated rod, how do they get replenished? All the electrical engineers, who are old enough, will tell me that is because that metal rod is connected to the negative pole, and that is where all the electrons flow to. So, that they are all collected and recycled.
Which all seems all neat, and explained, but if you look at any studies on electron migration, like in a car w/battery, the electrons move VERY slowly.
Anyway, there is a LOT of interesting things that vacuum tubes can do, and we just through them all away. Almost like someone was trying to hide reality from people.
Eddy Currents and Static Electricity
One of the cheapest ways to create heat (tough luck Laws of Thermodynamics) is to create an eddy current running through your block of copper. Also, self destructive if you do not want them.
It would be really hard to figure out how these "electron flows" heat up the metal much more than the amperage applied across it, if you stuck to it being all about electrons. There just isn't a good explanation, no one is repeatedly making eddy current based heaters.
We have done imaging on this, and it looks like their is a stream of energy going around in circles, like you would see in a river with a rock disturbing its laminar flow.
Similarly static electricity isn't. It isn't static, and it might not be electricity. Under cameras/detectors, it appears the "electricity" flows around in blobs. And, sometimes it will shock you and sometimes it won't. This stuff is weird, and deserves its own field of study (i joke, because i feel we need to start putting fields back together, and so we can see what we are studying and understand its implications).
Static electricity often acts like it has some kind of intelligence. It does display patterns that you see of something we call "alive". But, how would we confirm that when it is just supposed to be a bunch of little balls called electrons?
Other weird oddities
Electron tunnelling.
You know, that thing that is supposed be a solid object is now, not over here, it is over there? And it didn't travel between here and there.
This is easily explained if we talking about electricity as a field effect in the Aether, but Modern Materialistic Science is trying to convince us that the electron is real, and solid. However, quantum physics is try to say that there is a non-zero chance that an electron can be over here one moment, and over there another. One of these groups needs to give up on science. (maybe both)
The Double Slit Experiment
Where an electron (and photon) can pass through two slits, on its own, and interfere with itself, create an interference pattern. Unless of course, you look to see which slit it went through.
Which is just plain weird, and actually works backwards in time, but Modern Materialistic Science has come up with an explanation. That the way we look at which slit it went through, is electrically significant to how the electron (photon) will behave. This, of course is just what modern science does. And now, every "scientist" says that that has been solved, when it hasn't. It has barely addressed ⅒th of the data we have garnered.
Lifters
By charging a parallel plate capacitor to a high voltage you can get it to lose weight, or even fly.
This phenomena has been repeatedly shown. However, those Modern Materialistic Scientists have declared that this happens because of stream of particles that flow off the floating device. Which is weird, because we don't see any electrons leaving, or the charge evaporating, and why is the "thrust" always down?
If we gave up the notion that everything has to be a particle, then we could get to some really interesting science concerning this effect. But, with our hands tied, we are sitting here without our flying cars for another year.
There is so much happening with electricity and electronics that make a lot of sense if we work from the point of view that energy is being moved in the Aether. Electrons and photons, all of a sudden, make tons of sense. This whole particle/wave thing just goes away. And that is just for starters.
There are so many motors and generators that we don't use, and don't really study. Weird things that shouldn't work.
And then there is the whole electroculture. Helping plants grow with … Modern Materialistic Science doesn't have a word for it. They just assume it is some kind of antenna, and the people studying it are high on mushrooms, cause how are they getting enough electrons to actuall change anything?
Anyway, we are about to enter a world where we give up on the electron, and then start building amazing new technologies.
And we will be building these in our garages. Think about it, Tesla made many of these things over 100 years ago. No transistors, no extremely high voltage insulators. Making capacitors out of glass bottles and salt water (people still do this, because they make better capacitors for Tesla Coils)
Expect flying cars to be here soon.
Actually electricity flows around the wire.:D
Sincerely, an electricians apprentice.
The reason the lightbulb glow bright is due to the friction that electrons induce in the bulb as it flows through it at the speed of light.
There is a caveat however, we don't know exactly how it works, but we have a pretty good idea. So many times I come to find electricity giving me a run for my money as my head boggles around ideas on how this and that happened during a mishap at work. Electricity is familiar but it's also very strange.
Cheers.
Yes, the electricity flows on the outside of wire, now add that knowledge to a circuit, and you see that the electricity flows in between the wires. kinda an oval, encompassing both wires.
We are pretty sure that it is resistance that causes light bulbs and heaters to glow. At least we can measure it as ohms. But, what really is that? Why is some material ohmic, and some material non-conductive, and other material super-conductive? That last one is really weird if it is indeed electrons (as particles) running through there.
I think it's best not to get too deep into what it is because the smaller it gets the weirder it is.
As you say ohms is the measurement of resistance. Everything gives some resistance but others give very little to the point we say it's non existent or not applicable. But there is "some" even if it's very very very very little of it. Basically zero.
Why is some conductive and others super conductive?
Lol, like I said electricity is stramge. Everything is held together by electricity. Then again, as scientist Nassim H. revealed to us, that there is only one electron in the entire universe, makes me wonder why the electricity? What is electricity anyways? An after effect of that one electron traveling everywhere at the same time? I don't know. Even top scientist are baffled by what it truly is.
What makes something conductive?
In electricity, it is the current or amount of electricity flowing through per second. When one says it's super conductive, it means that the ions in said material has a higher capacity to pass electrical current from one to another of similar resistance.
This may shed some more light to it, I find it to be accurate:
https://www.britannica.com/science/conductivity
Good thing we have webby. Plenty of information out there. And plenty of videos explaining it too. I even catch myself watching a few about such trivial things to the date.
My main focus at the moment is finding free energy mechanism that I can afford to build on my own. A Tesla coil seems fun to do but can be rather real dangerous if done incorrectly as it has probability of extreme high voltages. The most I have had flow through me 1200volts. That was major scare lol. It's not so bad but if it was amps i wouldn't be telling you all of this today.
Trust Britannica to give you all the Modern Materialistic palp.
Yes, i have learned all that shit through years/decades of college.
The phone company runs on 42 volts. They have a giant battery bank.
With a copper bar on one wall for positive, and a copper bar on the other wall for negative, so you cannot touch both at the same time.
One technician had his face melted off because his wire rim glasses fell off his face.
It isn't really volts or amps, it is power potential.
A Tesla coil is a very high voltage, very high frequency transformer.
If all is done correctly, it doesn't hurt at all. It goes around the body.
The problem comes in when you don't get everything in balance, and you get some low frequency stuff going through. And still, it is not usually bad, just irritating. Get good plans and do your best to follow them.
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