<p>This brief communication presents recent advances and emerging opportunities in narrow-bandgap polymeric devices for infrared sensing and energy storage applications. Donor–acceptor polymers with extended conjugation offer spectral tunability and redox stability, properties that are key to improving optoelectronic and electrochemical functions. The resulting devices and demonstrations highlight their potential to enable integrated energy and sensing in future autonomous systems.</p> Graphical Abstract <p></p>

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Organic Electronics to See Deeper and Go Farther: Recent Advances in Polymeric Devices for Infrared Sensing and Energy Storage

  • Tse Nga Ng

摘要

This brief communication presents recent advances and emerging opportunities in narrow-bandgap polymeric devices for infrared sensing and energy storage applications. Donor–acceptor polymers with extended conjugation offer spectral tunability and redox stability, properties that are key to improving optoelectronic and electrochemical functions. The resulting devices and demonstrations highlight their potential to enable integrated energy and sensing in future autonomous systems.

Graphical Abstract