- Location
- On the sofa. (Probably)
It could be that there is a physical limitation on how much you can get out of Eezo tech. If you want more power out of a given amount of eezo it seems that you have to increase current flow (from what I understand from the games). Well electrical losses increase with the square of the current so that would lead to a hard upper limit on how much you can get out of an amount of eezo, otherwise you don't have an eezo core you have electrically charged eezo gas. If you want a bigger/stronger field you have to increase the size of the core, no way around it.... Which, technically does mean, that if anyone can avoid Reaper tech when they find eezo tech... that it is theoretically possible to push it along further. But a large portion of the trap is a working example that is easy to reproduce and exposure to Reaper technology, such as, oh... Mass Relays, to begin indoctrination.
In the other direction you also have a hard limit, if you want to precisely control a mass effect field you have only current flow to do that with and a single electron moving is the absolute lowest amount of current you can have. You can decrease the amount of eezo being affected but for a complex field you either need a complex flow of current or a simple flow but a complex array of eezo and this again imposes hard limits to how small and precise you can make the field.
Meanwhile we regular humans have thus far found out how to manipulate the uncertainty principle to get measurements more precise than is possible (just saw a YouTube video about it) simply by massaging physics until we get a new toy and we have plans for stuff that should be buildable with current tech that would make the council crap a brick wall. For us the problem with solar system scale tech isn't the tech it's the size of our economy.
Eezo might make it easy to get into space but it is a trap entirely due to that ease. Who would devote resources to basic research in a field where magic space rocks already lets you do so much more than what that basic research hints at even if it could lead to something better? It's sort of like how we have been with fusion these last 5 decades, why spend 30 billion dollars and get fusion in ten years (1980s) when we already have fission. We could have had fusion today if we just spent the money but nobody would fund it at that level so we still don't have it.
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