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Their findings, which have potential applications in engineering controllable biological oscillator networks, were recently published in Small.

The system created by the Chalmers researchers is based on so called continuous-variable quantum computing and uses harmonic oscillators, a type of microscopic component, to encode information linearly.

Traditionally, patterns were generated by externally attaching oscillators to robots, enabling locomotion and repetitive motions.

Another crucial component was a 4mm drum-like device called a mechanical oscillator, which interacts with light inside the cavity.

But the optical parametric oscillator can also be tuned to other regions of the mid-infrared so that the combs can detect other molecules that absorb light in those regions.