Quasiparticles carry entanglement to near infinite speeds

[COSMO]

Magnons and Ions...

In a recent experiment, scientists were able to observe quasiparticles propagating across a string of ions, creating waves of quantum entanglement in their wake. Experiments like this one, which study systems with multiple quantum bodies, are crucial to learning about the behavior of quasiparticles and their interactions with more traditional particles.

It's tempting to think that quasiparticles are not particles at all. Quasiparticles are "objects" that emerge within a complex system, such as a solid object. The collective behavior of the particles in the solid can create the impression of a new particle. The impression—or quasiparticle—moves through the solid as if it were a real particle moving through empty space, and it behaves according to the same rules.

Nevertheless, within their system, quasiparticles can have real effects on their environment. Most recently, scientists were able to track the propagation of quasiparticles called magnons through a collection of atoms. Now, scientists have been able to watch as that propagation changed the behavior of these atoms. And in the process, the quasiparticles reached speeds where a conventional model, which we use to understand time, breaks down.

To make these observations, the researchers lined up seven ions and targeted the fourth ion, exactly in the middle of the line, with a laser. The laser changes the ion's quantum spin direction.

Changing the spin of the fourth (middle) ion sends out quasiparticles in both directions, much in the same way that a pebble, dropped into a pond, sends out a ripple in all directions.

In this case, the "quasiparticle" was essentially a wave of altered spin states. Before beginning the experiment, all ions had the same spin direction. But once the first ion's spin had been reversed, it quickly changed the spins of the two ions that flanked it, starting a chain reaction—a wave, or quasiparticle, moving in each direction. The quasiparticles generated are called magnons.



A wave of altered spin states.  Sounds fluidic to me with a chance of vortices!  lol

Made possible by the super fluidic ETHER, the energetic dimension of time...

Cosmo

[robomont]

looks sort of like a cascaid also.not exactly but close.