Cyclization-Enhanced Photoactivatable Reversible Room-Temperature Phosphorescence for Efficient Real-Time Light Printing

Key Points

• Enhanced phosphorescence is achieved through cyclization techniques, leading to improved light printing efficiency.
• The study reveals that real-time light printing systems can operate effectively under ambient conditions with novel polymer designs.
• This research employs photoactivatable polymers to address the challenges in developing ultrafast activated systems.
• The findings suggest significant implications for advanced light printing technologies and ambient condition applications.