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Hmm I find it somewhat interesting to see more of Waka's vulnerable side in the past world. I think she learned more than expected too.
Looks like she managed to get back to the present world in the end.
I believe Mikage can be a "perfect" lady-killer person, if only he not at the bed side.
Even after that crying, it doesn't change the fact that Waka is more "mature" than Mari. Proven by how she chose to stay longer to "inspire" Faraday.
Waka finally went with Mari, though it seems too much for the applied phlebotinum machine!
Faraday had a difficult life, but still dug into science as much as he could, and even was able to put on live demonstrations and gain recognition.
This was a very pinnacle episode, both in story and in the fact that Faraday is probably the most important of all the scientists in this series.
The first important message: science and mathematics are not synonymous, nor are they parallel. Mathematics is a paradigm of simulation (creation, artificiality), investigating nature's mechanics is a paradigm of empirical study (experimentation, reality).
Faraday was the one who conceived the first prototype of an electric motor. One of his other most important discoveries was magnetic fields causing lensing effects on light (bending it; yes, gravity does not bend light, magnetism does, quite easily too) known as the Faraday Effect. His principles were the most advanced of all electrical studies, probably until Tesla. His principles worked with the physical geometry and behaviour of electricity and magnetism and was able to understand them as being the same thing.
By far the most important thing Faraday ever did was describe magnetism as the Dielectric Field. From this Tesla was able to work out a model for a rotating magnetic field: analogously like a gyroscope, where the polar fields are in fact not polar (as in North and South), but polarized in direction. For every action there is an equal and opposite reaction, this is called discharge. Everything behaves this way in nature, without exception. To form the rotating magnetic field, it's as simple as inertial force expanding bi-directionally outward in a hypotrochoidal (spirograph) pattern that follows the golden ratio (aka golden angle), and self reciprocates around and returning on the other side (this is charge). This is the work of Ken Wheeler, who in very recent years finally put a finish to the partially completed dielectric field geometry of Faraday and Tesla, as well as others. (see https://archive.org/download/magnetism1small/magnetism1small.pdf for advanced reading, or just look at the pictures)
Here someone has put together excellently a 3D model of what the dielectric(magnetic) field actually looks like, directly constructed from Ken Wheeler's work.
It is called dielectric, because there are 2 electrical polarized directions, and they behave symmetrically. When it comes to electrical (electromagnetic; compound dielectric and dielectric field) polarization we like to call them + and -, and we can only identify them because they do not behave the same. One of them will exhibit more discharge than charge (explosions, radiation, magnetic repulsion), and the other will charge more than discharge (matter, magnetic attraction, arc electricity).
The truth of reality: all is represented as field behaviour. There are no electrons, or photons, or any sort of quasi-particle, and they have never been proven or discovered. They were merely inserted for the sake of balancing out quantum-mechanical mathematics. I've seen the double slit experiment countless times, and have replicated it myself, you can even do it around a sewing needle, there is no particle behaviour in light, and never was. The effect of the light bending is the same as the Faraday effect. The material volume of mostly any object has a magnetic field around it which bends light due to the inertial forces. You can experience this as easily as putting your finder close to your eye, looking past it at something ant wiggling your finger; also by looking at the silhouette of someone with the sun behind them, you will see a sunlit outline around them, because the light is bending around them. This is nothing more than the Faraday effect, and has nothing to do with quantum which makes up practically all of the mainstream science(pseudoscience) today.
...Nature and science are not hard to understand if you don't get caught up in all of that convoluted crap.
The after credits mentioned the Left Hand Rule (which is really the same as the Right Hand Rule), often referred to as the Lorentz "force" now, is the effect of a rotating field. This is how Faraday's motor even spins. When there is a field polarized in one direction, there is inertial force perpendicular to it; thus the rotating magnetic (dielectric) field. The second experiment is also what lead to the invention of the railgun.
The after-credits is hard to explain simply with the correct principles of magnetic field inertia.
Electricity, as in "electromagnetism" is a complex coaxial circuit waveform that can be directed when coherent (when incoherent it just goes everywhere as radiation, the em spectrum). Thinking of it in fluid logic, imagine a highly pressurized water pipe (electrical pressure/density is measured in volts), if there is a hole at one end, the water will flow to fill the hole (current, in amperes). How quickly it can flow depends on the lines (there can be metallic or also low resistance 'streams' in any material really, including air and clouds, following best conductivity, aka lowest resistance). An EM current can be changed into rotationary force as it enters a material that behaves as an electromagnet (converts the current into a regular magnetic field by the electromagnetic energy making the material coherent. Once you have magnetic force, you have "repulsion" force or inertia. You can make things move in countless ways with a magnetic field, by simply turning them on and off (perhaps in sequence) or directing them, or using the dielectric rotationary aspect of the magnetic field itself - the centrifugal vortex which goes out the edge of the north(cw)/south(ccw) poles, and around to make a doughnut shape or torus. This my friends is also why the earth turns in the direction it does.
So Waka is alone and lets out her anger on poor Faraday. Meanwhile, Mari finally remembers that she had to tell Shun to press that triangular button. One thing's for sure here, they are in no mood of explaining how the time travel thing works here. They synchronized the past with the future so now time passes by at the same time in both periods. One thing bugging me here though is what view do they get to see from that clock? The view constantly changes as if there's some camera over there giving them different shots. At one point they see things from Waka's point of view and immediately after they get a view of Waka. Well, not like the other stuff here is making much sense.
Faraday doesn't lose hope even though Sir Davy is out there trying his level best to get Faraday kicked out on charges of plagiarism. It was pretty cool of them to show Faraday doing an experiment for the first time. He already made a current carrying wire move with a magnet nearby so he tries to produce current with a wire and magnet. And he fails in this first attempt. Previously they only showed the successful experiments of the scientists so it was nice to see a failed experiment. Now onto Morse. He probably was the guy behind the Morse code or something.
I absolutely hate Waka's character. I had to stop watching when she dropped the drink that Faraday made her. I don't care how fucking upset you are, you dont fucking drop a drink that someone took the time to make without giving an apology. I found the learning aspect of this anime pretty cool but I cant watch her anymore.
ZeMuffenMan said: I absolutely hate Waka's character. I had to stop watching when she dropped the drink that Faraday made her. I don't care how fucking upset you are, you dont fucking drop a drink that someone took the time to make without giving an apology. I found the learning aspect of this anime pretty cool but I cant watch her anymore.
You could do far worse than Waka. At least she actually tries to solve problems when it happens.
ZeMuffenMan said: I absolutely hate Waka's character. I had to stop watching when she dropped the drink that Faraday made her. I don't care how fucking upset you are, you dont fucking drop a drink that someone took the time to make without giving an apology. I found the learning aspect of this anime pretty cool but I cant watch her anymore.
You could do far worse than Waka. At least she actually tries to solve problems when it happens.
Yeah, she was upset and what she did was wrong,but she apologized as soon as she woke up and did her damndest to help him afterwords.