When a very fast RF pulse enters a human body, it generates a burst of energy (a Brillouin precursor) that can travel much deeper than predicted by the conventional models. Brillouin precursors can be formed by high-speed data signals as used in 5G. StarLink uses an even higher frequency.
When a very fast RF pulse enters a human body, it generates a burst of energy (a Brillouin precursor) that can travel much deeper than predicted by the conventional models. Brillouin precursors can be formed by high-speed data signals as used in 5G.
StarLink uses an even higher frequency, in the range that Brillouin precursors are known to occur.
When a very fast RF pulse enters a human body, it generates a burst of energy (a Brillouin precursor) that can travel much deeper than predicted by the conventional models. Brillouin precursors can be formed by high-speed data signals as used in 5G.
When a very fast RF pulse enters a human body, it generates a burst of energy (a Brillouin precursor) that can travel much deeper than predicted by the conventional models. Brillouin precursors can be formed by high-speed data signals as used in 5G.