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limitless, actually
by the way, boros says that meteoric burst puts him beyond the limits of living flesh, as well as describing his released form as "limitless power"
I'm starting to think that boros broke his limiter, honestly
 
0neTjMd.jpeg

speaking of databooks, can someone translate this genos comment?
That's confirmed by one of the databooks, IIRC.
cool, guess we can give boros AD once the limiter revisions start in the future
 
Maybe. That's why I said at least.

But, I don't want to do the CRT myself.
I said I wouldn't do the CRT, but I'll do that, the HoE downgrade, the Saitama RE change, the Psykos changes, and the speed changes if the Psykos speed calc gets adjusted.
 
I mean releasing energy is quite literally the opposite of concentrated
Releasing energy into one massive explosion isn't concentrated but releasing it into a beam that heads in one direction isn't. Plasma enough to destroy the surface of the earth would be much larger than the size of CSRC which is only around tens of times bigger than Boros body.
also the beam is a lot larger than Boros my guy, so your argument is quite literally completely made up (ignoring how irrelevant it is to begin with)
For the beam to be able to destroy the surface of the Earth without it being concentrated it would have to be multicontinental in size when even if you said it was 100x bigger than Boros wouldn't even be country level.

It's similar to Cell's solar kamehameha where his beam isn't even city sized but is enough to destroy the solar system despite the amount of raw energy required to do needing to be large enough to encompass all planets and the sun within the solar system.


It seems like we really won't agree on this so agree to disagree for real this time.
With physical force, this is true, but for a heat canon of plasma, it's the opposite.

A 2 cm wide line of 2000 degree plasma is less energy than a 5 meter wide line of 2000 degree plasma because you heated up a larger area.\ to get it to that point.
From Energy.gov "CSP technologies use mirrors to reflect and concentrate sunlight onto a receiver. The energy from the concentrated sunlight heats a high temperature fluid in the receiver.

This heat - also known as thermal energy - can be used to spin a turbine or power an engine to generate electricity
"

According to the site it says that concentrating the sunlight into one point heats up said specific thing - it should be fair to assume that the thermal energy from the concentrated sunlight > non-concentrated sunlight as otherwise they wouldn't be using the technology in the first place.

Both plasma and sunlight produce thermal energy so I don't see why it wouldn't work the same but feel free to tell me why.
 
Releasing energy into one massive explosion isn't concentrated but releasing it into a beam that heads in one direction isn't. Plasma enough to destroy the surface of the earth would be much larger than the size of CSRC which is only around tens of times bigger than Boros body.

For the beam to be able to destroy the surface of the Earth without it being concentrated it would have to be multicontinental in size when even if you said it was 100x bigger than Boros wouldn't even be country level.

It's similar to Cell's solar kamehameha where his beam isn't even city sized but is enough to destroy the solar system despite the amount of raw energy required to do needing to be large enough to encompass all planets and the sun within the solar system.


It seems like we really won't agree on this so agree to disagree for real this time.

From Energy.gov "CSP technologies use mirrors to reflect and concentrate sunlight onto a receiver. The energy from the concentrated sunlight heats a high temperature fluid in the receiver.

This heat - also known as thermal energy - can be used to spin a turbine or power an engine to generate electricity
"

According to the site it says that concentrating the sunlight into one point heats up said specific thing - it should be fair to assume that the thermal energy from the concentrated sunlight > non-concentrated sunlight as otherwise they wouldn't be using the technology in the first place.

Both plasma and sunlight produce thermal energy so I don't see why it wouldn't work the same but feel free to tell me why.
Releasing energy is literally the exact opposite of concentrating it my guy, this shouldn’t even be debatable.
 
Honestly the fact that cosmic Garou eventually broke his portals should justify blast downscaling physically
maybe just a likely rating
 
@ByAsura


I noticed a very interesting thing.

First, the distance that the trio of heroes flew. In this calculation, it is found through the head of Genos, but let's be honest, this is not the best way to find the distance. The fact is that Genos's head is very poorly detailed in this scene, I'm almost sure that Murata did not try to convey the exact distance to them with such a small head size in this frame. It seems to me that it is better to find the distance to them through the form of Psycos. Her height can be calculated through Genos's head on the next frame (His head is much more detailed, it's safer).

Plus, earlier in this calculation, the distance to the head of Genos was taken, and Genos is many meters further than Psykos. We need exactly the distance to Psycos itself.

About throw speed. Why are we used 2 kilometers per second? I mean, it's more like calk stacking, because 2km throw scene was before that scene. Since then, the position of Psykos has changed, as we see here. She got a lot closer.

But, even if we are allowed to use speed like here (Although these are different scenes, it also seems to me that TTM slowed down the speed of the throwing of the building, because before his buildings overtook the beams of Psycos, and now we get that the building he threw in hundreds of times slower than her beams. Besides, there were heroes inside the building, maybe he did not throw this building at full speed so that they would not get hurt), we could calculate the height at which Psycos is here and find a new throwing speed. I don't think it's half the height of the tower. But I prefer to find her height here.

These are the new changes that I would like to touch on in this calculation, in addition to the comparison with the crack.

P.S, the distance to Psykos in the first case will increase the result, and the height at which Psykos is located will decrease the result.

What do you think?
 
@ByAsura


I noticed a very interesting thing.

First, the distance that the trio of heroes flew. In this calculation, it is found through the head of Genos, but let's be honest, this is not the best way to find the distance. The fact is that Genos's head is very poorly detailed in this scene, I'm almost sure that Murata did not try to convey the exact distance to them with such a small head size in this frame. It seems to me that it is better to find the distance to them through the form of Psycos. Her height can be calculated through Genos's head on the next frame (His head is much more detailed, it's safer).

Plus, earlier in this calculation, the distance to the head of Genos was taken, and Genos is many meters further than Psykos. We need exactly the distance to Psycos itself.

About throw speed. Why are we used 2 kilometers per second? I mean, it's more like calk stacking, because 2km throw scene was before that scene. Since then, the position of Psykos has changed, as we see here. She got a lot closer.

But, even if we are allowed to use speed like here (Although these are different scenes, it also seems to me that TTM slowed down the speed of the throwing of the building, because before his buildings overtook the beams of Psycos, and now we get that the building he threw in hundreds of times slower than her beams. Besides, there were heroes inside the building, maybe he did not throw this building at full speed so that they would not get hurt), we could calculate the height at which Psycos is here and find a new throwing speed. I don't think it's half the height of the tower. But I prefer to find her height here.

These are the new changes that I would like to touch on in this calculation, in addition to the comparison with the crack.

P.S, the distance to Psykos in the first case will increase the result, and the height at which Psykos is located will decrease the result.

What do you think?
This all makes sense, good job
 
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