Atmospeer wrote...
tractrpl wrote...
Atmospeer wrote...
It's funny, because the velocity and seemingly the amplitude of the wave are increased by the relays, or as the wave travels, either way; but the Earth is the only place that seems to be impacted by an under prepared Crucible.
Eh, no. The energy was RETRANSMITTED at each relay. It didn't "increase in spead", it just spread like a virus. It hopped from one relay to another. Each relay is basically the same, so the strength of each retransmission is the same. The Citadel is a VERY POWERFUL mass relay, so it's initial explosion is larger than the rest. But only the citadel was in orbit around a habitable planet, so only that planet (earth) would be affected by an improperly prepared crucible.
Sorry, but this is one part of the ending that makes absolute sense.
Doesn't increase in speed? Then how do you explain the wave going from sub-c velocities to FTL greater than the Normandy?
Vessels around the Earth are seemingly unaffected while the Normandy crashes? Ok the Normandy is in FTL but why does this happen?
Hmmm, I wasn't thinking about the Normandy, just the initial explosion and how it jumped from system to system, and how it could possibly wreck the earth but not wreck the rest of the galaxy. Well, I suppose one possibility is that they visually represented the explosions occuring sub-c, but in reality they are superluminal. They do things similarly when you show the major battles, you see these ships in close proximity to each other. In reality, they're so far away from eachother that each ship cannot see the other with the naked eye. The superluminal explosion is explained by the fact that it is a Eezo explosion, so it is a Mass Effect wave propogating at superluminal velocities. Most ships would be unaffected, but the Normandy was travelling at superluminal speeds when the wave hit it. To travel at superluminal velocities, you have to have an active Mass Effect field. Since this explosion propogates superluminally using Mass Effect, it affected the Normandy, but not ships travelling sub-c.
Many of the things in Mass Effect don't make sense as their written. Like the Mass Effect field makes objects appear to have less mass. Ok, but that can't make it possible for a ship to travel at superluminal speeds. In my mind, I 'retcon' this by saying that a particular eletrical current flowing through a properly shaped Eezo mass causes the Eezo to "modulate" it's gravitational signature, so you have positive gravity in front of the ship, and negative repulsive gravity aft of the ship. This would be an Alcubierre "warp drive", a method of FTL travel that is theoretically possible in the real world, but without something like Eezo, no one knows how to make it.
If such a substance like Eezo were to really exist, then an "eezo" explosion could in theory be superluminal. It could carry itself at superluminal speeds. As the crucible exploded, the Eezo is carried along the shockwave along with electromagnetic energy that induces a warp field, so the wave front is a spherically expanding warp field. This shockwave would radiate at superluminal speeds, but the force of the dissipate according to the inverse square, or even inverse cubed law.





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