Quantum computing is transitioning from a distant concept to a tangible reality, with recent advancements paving the way for a “quantum internet.”

Researchers have achieved a breakthrough by creating an interface that enables two quantum machines to exchange information, using wavelengths compatible with current optical fiber systems.

This development brings us closer to a future where data can be transmitted securely and computations executed rapidly.

Quantum dots, acting as artificial atoms, show promise for generating photons with unique quantum properties necessary for communication, Study Finds reported.

Atomic quantum memories, capable of storing quantum information, play a crucial role in this process.

Bridging the gap between these systems involves aligning the properties of emitted light from quantum dots with the requirements of atomic memories, a complex task due to differences in color and character.

Written by B.C. Begley