Wave

Next came the question of where the particle actually sits.

A single wave of one frequency stretches endlessly through space, so it cannot describe something in one place, such as a particle.

Waves of nearly the same frequency, though, can be added together so that they reinforce each other in one region and cancel in others, leaving compact bundles.

The speed of that bundle is called the group velocity, and Lord Rayleigh had shown how to calculate it in 1877.

When Duproy applied it to this scenario, the result matched the velocity of the particle exactly.

Sticking together guarantees energy loss to deformation and sound.

Now, let us switch over to waves and signals.

Waves carry energy through disturbances.

The wave speed equation is fundamental.

Wave speed equals frequency times wavelength.

There is increasing evidence that organisms, including humans, may be sensitive to ultra-weak electromagnetic fields.

Well, that started out nice and escalated quite quickly, didn't it? Is it possible that the modern man-made E-waves that surround us today, and by all means make our lives better, could be interrupting the signals that are sent to us from these ancient cosmic happenings like Cygnus? By a bit of possibly ill-executed logic on my part, it seems that if shamans needed absolute silent darkness with no distractions to harness the powers of insight gifted from Cygnus and other cosmic hotspots, then disrupting the signal wouldn't take much, especially now.

And the best way to do that would be with a nice distraction sandwich.

Like the minerals and metals used in both ancient golden ages and today, it seems that everything that happened back then has a parallel to today.