It was the amount of scaling that was incorrect.
Michael
Thanks for replying in this thread, Michael.
I, for one, don't have a problem with realistic approach for as long as it's being applied consistently across the board. But we all know that there are so many things in ED which aren't realistic:
- rings around planets as portrayed in ED (super dense fields of mountain-size rocks) could not possibly survive more than few hundred years - in fact, they couldn't even form to begin with;
- colours and lightning of gaseous nebulas are vastly exaggerated;
- there are supermassive O-type stars 200 million years old, while in reality they shouldn't live longer than few million years;
- some of the "normal" (or worse - giant) stars are making full 360
° rotation in couple of minutes or less - in reality, centrifigal force would rip them apart long before they could even remotely reach such momentum;
- old, frozen binary planets are sometimes so close to each other (just few radii) that they should either collide long ago, or at best turn each other into the steaming lava hells due to the immense tidal forces involved;
- we are seeing planets with
no atmosphere (and surface temperature far below 0
°C) completely covered with liquid water (impossible);
- we are seeing icy planets with the surface temperature of 1800
°C and atmospheric pressure of 120.000 bars (again, impossible - for hot ice to exist on such temperatures, pressure should be at least 10x bigger);
... and so on. There are a lot more examples but I'm sure you're getting my point.
As for the black holes, I don't mind if you decided to make them alone more realistic. You've toned down gravitational lensing effect and range it begins to manifest... fine. But -and here I am repeating my question- why aren't we allowed to come closer then? We should be able to, considering the capabilities of our ships and the fact that ALL black holes in ED are dormant. Why are we forced out of SC on ~50.000 km distance, still quite far away from the relative safety of ISCO "belt" (roughly 3x Schwarzschild radius)? Why our ships are overheating at ~0.15 Lss?