Two pendulums on a stable table swing independently. If you place them on a shaky surface, vibrations synchronize their motion. The same principle worked on a silicon chip with photons.
Scientists created two sources of light that emit pairs of particles. The beams were directed into a common channel filled with interference and losses — killers of quantum effects. But instead of destruction, a stable connection emerged: photons from different arms began to behave synchronously, like pendulums on a shared shaky base. The synchronization could be controlled by shifting the phase of the reference beam — analogous to adjusting the shakiness.
The paradox: the stronger the disorder, the more robust the connection became — up to a certain limit. This discovery flips the approach: instead of fighting flaws, they can be harnessed to work.
The most unexpected: the stronger the interference, the more robust the quantum connection became — up to a certain limit. The destroyer played the role of a builder.
The idea recalls phasers from 'Star Trek': sometimes destructive energy can be redirected to useful purposes.