photon

In a new study published in the journal Nature on July 3, researchers from the University of Chicago reported that they have discovered a new way to make photons behave more like the particles that make up matter. 

For photon-based methods, the number of qubits can be increased without using more photons by increasing the number of modes encoded in photonic degrees of freedom--such as polarisation, frequency, time and location --measured for each photon.

"This quantum interference between different indistinguishable single photons is the basis of many optical quantum information technologies using single photons as information carriers," Utzat explains.

For measuring the prompt photon production at hadron colliders inclusively, the background of secondary photons coming from the decays of hadrons produced in the collision should be well rejected.

He calls the experiment "a rather direct realization" of a 60-year-old interpretation of quantum mechanics known as "many worlds," in which measuring photons and other environmental interactions split reality into alternate timelines.

It is worthwhile to mention that this solution may be for individual photons free from interactions with each other.

Photons are appealing in quantum information technology due to their low noise, light-speed transmission and ease of manipulation.

You probably also know about ultraviolet photons. One of these photons has an energy of about 1 million energy units.

They would then fire these electrons into a slab of gold to create a beam of photons a billion times more energetic than visible light.

The maximum combinations by 3 Strings [-->-, >+, -->+-] formed 3 separate types of Photons called Electric [Y-], Magnetic [Y+] and Electromagnetic [Y-+] the building blocks of both Universes.

Oscillating photons aren't a new idea, ALPs are just the current flavor in favor.