Neutrinos To Jupiter II

Fraser speaks;
electronic waves depart;
a radio transmitter detects them;
the transmitter relays the waves on a beam aimed at a relay satellite in equilateral orbit around Jupiter;
the satellite recodes the waves into pulses;
the pulses become instructions to a specialized accelerator;
bombarded nuclei fluorescing with gamma rays strike isotropically pure crystals bathed in liquid helium;
each atom is oriented by electric and magnetic fields;
surging energized nuclei emit a neutrino burst;
the cone of the burst expands towards Jupiter at just under light speed;
it arrives wider than the equator;
but some neutrinos reach the Jovian surface;
a few of them enter a crystal;
the crystal's nuclei reverse the process that had emitted the beam;
the nuclei, isotopes excited to a high pitch by a radionuclide, jump back to a lower energy state, emitting quanta;
quanta bursts correspond to the pulse code of the beam;
a solid-state device, powered by the built-in radioactivity, amplifies the signal and maps it onto an alternating potential;
a piezoelecrtic sheet vibrates;
Theor hears Fraser.