Spintronics, a new discipline focusing on the spin‐dependent transport process of electrons,
has been developing rapidly. Spin valves are the most significant carriers of spintronics …

Open‐shell conjugated polymers (CPs) offer new opportunities for the development of
emerging technologies that utilize the spin degree of freedom. Their light‐element …

Radical polymers hold great potential as solid-state conducting materials due to their
distinctive charge transport mechanism and intriguing optical properties resulting from their …

Stable carbon‐based polyradicals exhibiting strong spin‐spin coupling and slow
depolarization processes are particularly attractive functional materials. A new molecular …

π-Conjugated narrow-band-gap polymers (NBPs), characterized by their intrinsically
electrical, optical, spintronic, and mechanical properties, have attracted broad interest since …

Open-shell conjugated polymers (CPs) offer new opportunities to integrate the spin degree
of freedom within emerging technologies. Central to their realization are strong acceptors …

The concept of creating room‐temperature ferromagnets from organic radicals proposed
nearly sixty years ago, has recently experienced a resurgence due to advances in organic …

Photodetectors operating across the short‐, mid‐, and long‐wave infrared (SWIR–LWIR, λ=
1–14 µm) underpin modern science, technology, and society in profound ways. Narrow …

Narrow band gap donor–acceptor conjugated polymers present excellent paradigms in
photonics and optoelectronics due to their chemical tunability, correlated electronic …

High-spin ground-state polyradicals are an important platform due to their potential
applications in magnetic and spintronic devices. However, a low high-to-low spin energy …