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@Dr. Klam: Maybe you should get your physics right. The 100MeV in context of a neutron star are about the fermi energy of a single electron in the core of the star. 3 TeV are roughly equal to the kinetic energy of a flying mosquito. In terms of particle accelerators, 3 TeV are something - the LHC operates at 3.5 TeV and peaked 13 TeV while colliding protons in 2015. It's all on Wikipedia, look it up!
Remember: Electronvolts are not Volts!
Walkthrough: https://youtu.be/2S8KopKGeeg
Dumb steam won't let me do commets over 1000 characters, and I said so much good things about this map, but honestly, no spoilers is better. You HAVE to play it for yourself!
Some details took me out of the action a little, but they are nitpicks
I looked in the control room, and the reator was running at about 3000 Giga electron volts. Shit. Normally, you would expect a few MeV (Million electron volts)
I looked it up, and in a Neutron star, the energy can exceed 100 MeV. So 3 TeV is a bit much.
There was no shielding between the control room, and the reactor, and no reactor containment structure, so I think everyone would have been vaporised in a second.
..But then again it's probably a scifi reactor :)
Great map none the less