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Then we should work to increase the maximum range of neutron detection.

How to detect neutrons from space?

Surprisingly to me, my recent cursory research into fracture of the quantum superfluid (which might help us read one bit of information from a black hole), indicates that there is a fourth-order crackle thermoacoustic signature of neutron thermalization and micro-cavitation in water.

So the task then would be - to detect neutrons from space from the embedded acoustic channel in the photonic channel that does reach space altitudes - to isolate fourth-order neutron crackle from Brownian acoustic ocean background noise.

Due to ocean disposal, there are a number of locations to capture training data from.