Simon_Says wrote...
spotlessvoid wrote...
Question:
A mass effect field reduces mass to a point that it can travel by basically falling into a gravity well to travel forward faster than light, right? Wouldn't the mass be required to be less than that of a photon? How could the amount of information stored in an atom be reduced to less then what a photon can hold in any meaningful way?
Am I missing something?
No. That's explicitly not what happens. FTL Mass effect fields are described as lowering the mass of all matter in the field so that it actually dips into the negatives, or something.
Y'know, lookup the codex on the mass effect wiki. And then realize that you shouldn't think to hard about the fictional handwavium.
but still, how can the mass of an object within a mass effect field be reduced below the mass of a photon and maintain structural integrity? regardless of it maintaining normalcy relative to other objects within the field, matter has a certain mass given by subatomic forces. A mass effect field would not only have to break the theory of relativity, but the very rules of known quantum mechanics no?
Now Bioware is handwaving away quarks and ish




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