Open-shell systems with extensive π-conjugation have fascinating properties due to their
narrow bandgaps and spin interactions. In this work, we report neutral open-shell di-and …

Luminescent radicals have been intensively studied as a new class of materials exhibiting
novel photofunctions unique to open-shell systems. When luminescent radicals are …

While monoradical emitters have emerged as a new route toward efficient organic light-
emitting diodes, the luminescence property of organic diradicaloids is still scarcely explored …

Controlling the spin states to modulate their optical properties is crucial for spintronics and
emerging quantum technologies. Open-shell luminescent diradicals are promising …

Organic conjugated macrocycles have been widely studied in the fields of photoelectric
devices, supramolecular recognition and topological self-assembly because of their unique …

Stable open‐shell luminescent radicals have recently attracted much attention due to their
unique luminescence properties. However, a radical molecule with both Kasha and anti …

In quantum information science and sensing, electron spins are often purified into a specific
polarization through an optical-spin interface, a process known as optically detected …

Herein, we report nickel (0)-catalyzed cross-coupling reactions of NHC/CAAC-based
carbodicarbene (NHC= N-heterocyclic carbene and CAAC= cyclic (alkyl)(amino) carbene) …

Conjugated molecules with multiple radical centers such as the iconic Chichibabin
diradicaloid hold promise as building blocks in materials for quantum sensing and quantum …

Organic luminescent radicals, unlike traditional closed‐shell fluorescent emitters, exhibit
distinct luminescence mechanisms, offering promising potential for optoelectronic devices …