/sci/ - Science & Math

[Anonymous No.3165868]

What if mass & size are just a scalar in an integrul equation involving E=MC^2 & Uncertainty.. hear me out here:

IF Einstien's equation taking an input is E(x)
IF Quantum equations taking an input is Q(x)
THEN:

Q(mass/size) +/- E(mass/size) = Answer.

>Thanks for your time.

[OP No.3165922]

So what your saying is that both parts are there, but when its explaining something very small - the E(x) is effectively nothing and when it explains something very big Q(x) is effectively nothing..

then there is an array of other outputs inbetween like you say, like and intigral.

Makes complete sense to me.

[Anonymous No.3165950]

>>3165922
>>3165868
Well i think you've effectively explained black holes & unified physics.