Global chirality in pillar-layered metal-organic frameworks amplifies circularly polarized luminescence

Key Points

• Enhanced circularly polarized luminescence is achieved through the global chirality of the structures, elevating their optical properties.
• The study highlights significant improvements, with specific electronic transitions playing a key role in luminescence enhancement.
• Assessment using pillar-layered metal-organic frameworks shows pronounced optical activity due to their chiral architecture.
• These findings support the potential of chiral metal-organic frameworks in developing next-generation optical devices, warranting further exploration.