Quantum Data Protected from Atmospheric Turbulence Using Light's Topological Properties

Physicists have developed a novel method to safeguard quantum data from atmospheric turbulence by encoding it within the topological invariants of light. Published in Physical Review Letters, this research demonstrates that these hidden properties persist even when the light's physical twisting structures significantly decay. This breakthrough could enable the development of more resilient quantum communication systems, as the embedded entanglement topology remained unbroken.