M
Malenfant
Guest
Yes, which is what I said in the reply above
- what you were 'very wrong' about was that they were FTL and that nothing can ever block them.
Superdense material might conceivably block them more effectively though - and by "superdense" I don't mean "heavy stable transuranic element", I mean "collapsed material like the high TL superdense armours". The logic being that if you have more atoms packed very closely together (much more so than in normal matter), then you make it more likely for the neutrinos to interact with them and be absorbed. That assumes of course that the neutrinos don't usually interact with matter because they're more likely to go between the gaps between the atoms, though.
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Superdense material might conceivably block them more effectively though - and by "superdense" I don't mean "heavy stable transuranic element", I mean "collapsed material like the high TL superdense armours". The logic being that if you have more atoms packed very closely together (much more so than in normal matter), then you make it more likely for the neutrinos to interact with them and be absorbed. That assumes of course that the neutrinos don't usually interact with matter because they're more likely to go between the gaps between the atoms, though.