I know the op has been accepted, but just incase I want to post this:
Tokyo Ghoul :Re-visions | VS Battles Wiki Forum
Nikhelton made a comment regarding the high hypersonic calc:
"Well, in defense I will say that on the attached frame the empty space completely repeats the shape of the spear and Amon, which already indicates the streamlining, because in the case of a shock wave we would have a whole dome that would dispel the drops around the circumference."
However this is wrong.
image0.png (854×613) (**********.com)
It looks like the droplets are being dispersed omnidirectionally, given they form a circle shape. If they were being streamlined, they wouldn’t look like this, with a noticeable curve going inwards. The art’s kinda weird admittedly but I think it is supposed to be a shockwave dispersing them.
As for narukami's lightning, Ill re address why it is unquantifiable.
Narukami shoots out energized condensed rc cells that seem to show some properties of electricity, but is more is more so like an RCenergy attack. The weapon also has a tracking feature which adjusts the direction of the blast to track targets.
0132-023.png (1115×1600) (**********.com) (bottom right profile)
Basically one of the reasons irl lightning is so fast is because it follows the path of least resistance, meaning the current travels along the part of the air that slows it down the least. Which is why lightning bolts strike random places. If it’s guided, that means by definition it isn’t following least resistance, which would mean it has to be slower.
https://physics.stackexchange.com/questions/55340/how-does-lightning-know-where-to-go
You might ask: "Would it be possible that it's creating the path of least resistance in order to aim?"
That would be kinda speculative. We can do that irl with lightning rods but it’s a specific mechanism. That being said, voltage and current are also dependent on distance
This video explains it really well:
A charge with the same voltage and current as lightning across 1 meter will have different priorities from that same charge across 2 km.
Lightning speeds are also dependent on specifically the conditions forming lightning in clouds, with a really strong PD difference between the clouds and the ground, and the specific properties of the atmospheres.
Point is there’s a lot of specific conditions that make lightning fast
docs.google.com
