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I always imagined it as something like this (sorry for the bad drawings lol):The energy exploded omnidirectionally AGAIN once the beam entered in contact with something after travelling through space
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I always imagined it as something like this (sorry for the bad drawings lol):The energy exploded omnidirectionally AGAIN once the beam entered in contact with something after travelling through space
Why do you cry, Conservation of Energy?I always imagined it as something like this (sorry for the bad drawings lol):
That's not how I interpreted the feat. I assumed the beam just erased everything it came into contract with in that huge area. Else there would be visible stars in front of the void where the omnidirectional blast did not hit.Fluffy, what you're struggling to understand is,
The energy exploded omnidirectionally AGAIN once the beam entered in contact with something after travelling through space
uh no that's not what I was askingI said that the mid-end speed value of the low-end AP value would work, I left the scaling completely up to the OPM supporters.
Not even sure if you can do stuff like that for cosmic-level explosions honestly but I guess you could ask @Executor_N0 or @DontTalkDT since astronomy is more their cup of tea.uh no that's not what I was asking
since blast's portals shifted the explosion from being omnidirectional to being a beam, can you calculate like the increase in speed that it would have resulted from the pressure, and therefore we'd know what the original explosion speed was since we know how much slower it should be
You assumed the 100m wide beam erased all in the 1 quadrillion kilometer space without expanding?.... Amazing, how does that work?That's not how I interpreted the feat. I assumed the beam just erased everything it came into contract with in that huge area. Else there would be visible stars in front of the void where the omnidirectional blast did not hit.
I mean.Not even sure if you can do stuff like that for cosmic-level explosions honestly but I guess you could ask @Executor_N0 or @DontTalkDT since astronomy is more their cup of tea.
I was going to argue that the blast was expanding but at an angle but it isn't.You assumed the 100m wide beam erased all in the 1 quadrillion kilometer space without expanding?.... Amazing, how does that work?
Or... the omnidirecional blast took all visible stars, which, even the closest is still lightyears away!!
?...I was going to argue that the blast was expanding but at an angle but it isn't.
So I don't know, your interpretation doesn't make sense because the explosion would basically have to be right at the edge of the solar system for it to wipe out all the stars in that general direction or else there would be stars visble in the area in front of where the deletion happened.
I believe you're confused.However the radius of the explosion is very far away from the solar system position because the deletion sphere is 3D. I really hope I'm not confusing and this makes sense.
No, impossible. The deletion zone is a sphere, so we can measure the radius of the void, then we can deduce that the radius of the void towards us is much smaller than the distance between us and the void because of perspective.?...
It wouldn't.
The epicenter can be anywhere as long as the radius is large enough to consume all visible stars.
I believe you're confused.
What?No, impossible. The deletion zone is a sphere, so we can measure the radius of the void, then we can deduce that the radius of the void towards us is much smaller than the distance between us and the void because of perspective.
Because the radius is too small for it to reach earth, stars in front of the void would be visible. Several slight years is too small because that hole is far far bigger than that, and if it eradicted the closest star to us, the void would be significantly bigger from our perspective.What?
Yes, the radius of a sphere in the distance is smaller than the distance between us and said sphere. What does this has to do with anything?
The closest star is still several lightyears away from us.
It really wouldn't. Also, the very fact the explosion is a sphere is more than enough evidence that the explosion expanded omnidirectionally, why are we having this discussion?Because the radius is too small for it to reach earth, stars in front of the void would be visible. Several slight years is too small because that hole is far far bigger than that, and if it eradicted the closest star to us, the void would be significantly bigger from our perspective.
I feel like we don’t really need to care about all this, we should just calc the pressure increase to get the original speed and be done with itBecause the radius is too small for it to reach earth, stars in front of the void would be visible. Several slight years is too small because that hole is far far bigger than that, and if it eradicted the closest star to us, the void would be significantly bigger from our perspective.
You can't calculate that, we're talking about energy here.I feel like we don’t really need to care about all this, we should just calc the pressure increase to get the original speed and be done with it
in fact, it'd be more consistent for the explosion that launched them to have been faster than the clash itself since there wouldn't be more debate about blast and crew having been unable to react to it, but it still would be a few billion times ftl regardless
so does explosion speeds increase with pressure or notYou can't calculate that, we're talking about energy here.
It is not measurable.so does explosion speeds increase with pressure or not
We should focus on speedYou can't calculate that, we're talking about energy here.