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Fascinating 'Einstein Tile' Shape Unlocks New Ways to Control and Twist Light
Photo: Yuhan Du / Unsplash
Researchers have discovered that a unique, non-repeating mathematical shape can manipulate light into unusual chiral patterns. This breakthrough could pave the way for advanced optical technologies and new methods for controlling light polarization.
Researchers have discovered that a unique, non-repeating mathematical shape can manipulate light into unusual chiral patterns. This breakthrough could pave the way for advanced optical technologies and new methods for controlling light polarization.