- 8,831
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Fun fact: Destroying a universe sized realm isn't always 3-A
Yep. For it to be 3-A it needs to be our universe. It's all because of a white dwarf star called PSR J0348+0432. It's the whole reason why 3-A is specifically 2.825e+92 joules. See, the method we use for 4-A to 3-A is inverse square law: Energy = 4*GBE of target object*(Explosion radius in m/Target radius in m)^2 is the method specifically. From 4-A to 3-B we use the sun. However for 3-A, we use PSR, as I mentioned above.
PSR is durable asf. Here's the GBE calculation for it. (3*(6.67408×10^-11)((1.989×10^30)*2.01)^2)/(13009.59(5-1)) = 6.1496549e+46 joules, which is over 27 times baseline 4-B, and as mentioned here:
So 3-A is using inverse square law with PSR's GBE. Makes sense. However, what if there was a universe sized realm that didn't have this specific white dwarf star? Well it's easy; just use the same method for 4-A to 3-B, where the target radius is the sun.
This would be 4*5.693e+41*(4.39923966975e+26/696339009)^2 = 9.0889763e+77 joules which is 3.1081608e+14 (over 300 trillion) times away from baseline 3-A and only a bit over a billion times baseline 3-B. Meaning, that this method is closer to baseline 3-B than 3-A.
RIP to those who are for not destroying our observable universe.
Yep. For it to be 3-A it needs to be our universe. It's all because of a white dwarf star called PSR J0348+0432. It's the whole reason why 3-A is specifically 2.825e+92 joules. See, the method we use for 4-A to 3-A is inverse square law: Energy = 4*GBE of target object*(Explosion radius in m/Target radius in m)^2 is the method specifically. From 4-A to 3-B we use the sun. However for 3-A, we use PSR, as I mentioned above.
PSR is durable asf. Here's the GBE calculation for it. (3*(6.67408×10^-11)((1.989×10^30)*2.01)^2)/(13009.59(5-1)) = 6.1496549e+46 joules, which is over 27 times baseline 4-B, and as mentioned here:
Note!: PSR J0348+0432 was chosen as the body for this rating, as it is the most conventionally durable body currently known. For one to truly destroy the entire observable universe, all bodies, including one as durable as PSR J0348+0432, must be destroyed, even if their location is at the edge of the observable universe.
So 3-A is using inverse square law with PSR's GBE. Makes sense. However, what if there was a universe sized realm that didn't have this specific white dwarf star? Well it's easy; just use the same method for 4-A to 3-B, where the target radius is the sun.
This would be 4*5.693e+41*(4.39923966975e+26/696339009)^2 = 9.0889763e+77 joules which is 3.1081608e+14 (over 300 trillion) times away from baseline 3-A and only a bit over a billion times baseline 3-B. Meaning, that this method is closer to baseline 3-B than 3-A.
RIP to those who are for not destroying our observable universe.