Physicists have confirmed the existence of an extraordinary, flat particle that could be the key that unlocks quantum computing.

Get unlimited access to the weird world of Pop Mech.

What is the rare and improbable anyon, and how on Earth did scientists verify them?

[T]hese particle-like objects only arise in realms confined to two dimensions, and then only under certain circumstanceslike at temperatures near absolute zero and in the presence of a strong magnetic field, Discover explains.

Scientists have theorized about these flat, peculiar particle-like objects since the 1980s, and the very nature of them has made it sometimes seem impossible to ever verify them. But the qualities scientists believe anyons have also made them sound very valuable to quantum research and, now, quantum computers.

This content is imported from {embed-name}. You may be able to find the same content in another format, or you may be able to find more information, at their web site.

The objects have many possible positions and "remember," in a way, what has happened. In a press release earlier this fall, Purdue University explains more about the value of anyons:

GeoSafari Jr. Microscope for Kids (3+)

$21.99

GeoSafari Jr. Talking Microscope for Kids (4+)

$66.43

Beginner Microscope for Kids

40X-1000X LED Illumination Lab Compound Monocular Microscope

SE306R-PZ-LED Forward-Mounted Binocular Stereo Microscope

$189.99

SE400-Z Professional Binocular Stereo Microscope

$223.99

LCD Digital Microscope

$79.99

Andonstar AD407 3D HDMI Soldering Digital Microscope

$279.99 (12% off)

Its these fractional charges that let scientists finally design the exact right experiments to shake loose the real anyons. A coin sorter is a good analogy for a lot of things, and this time is no different: scientists had to find the right series of sorting ideas in order to build one experimental setup that would, ultimately, only register the anyons. And having the unique quality of fractional charges gave them, at least, a beginning to work on those experiments.

A Quantum Leap in the Classical World

Following an April paper about using a miniature particle accelerator to notice anyons, in July, researchers from Purdue published their findings after using a microchip etched to route particles through a maze that phased out all other particles. The maze combined an interferometera device that uses waves to measure what interferes with themwith a specially designed chip that activates anyons at a state.

Purdue University

What results is a measurable phenomenon called anyonic braiding. This is surprising and good, because it confirms the particle-like anyons exhibit this particular particle behavior, and because braiding as a behavior has potential for quantum computing. Electrons also braid, but researchers werent certain the much weaker charge of anyons would exhibit the same behavior.

Braiding isnt just for electrons and anyons, either: photons do it, too. "Braiding is a topological phenomenon that has been traditionally associated with electronic devices," photon researcher Mikael Rechtsman said in October.

He continued:

Now, the quantum information toolkit includes electrons, protons, and what Discover calls these strange in-betweeners: the anyons.

This content is created and maintained by a third party, and imported onto this page to help users provide their email addresses. You may be able to find more information about this and similar content at piano.io

The rest is here:

This Incredible Particle Only Arises in Two Dimensions - Popular Mechanics