The spectroscopic, electronic, and geometrical properties of acenes have enabled their
broad applicability in organic optoelectronics. Beyond these physical characteristics of …

The higher acenes and azaacenes (>(aza) heptacenes) are fascinating, yet elusive
materials. Their reactivity and sensitivity increases concomitantly with their size. In recent …

Materials design and discovery are often hampered by the slow pace and materials and
human costs associated with Edisonian trial-and-error screening approaches. Recent …

Understanding the molecular mechanism of polymorphic transition is essential for
controlling molecular packing for high-performance organic electronics. Polymorphic …

The rapid development and application of machine learning (ML) techniques in materials
science have led to new tools for machine-enabled and autonomous/high-throughput …

Polymorphism plays a major role in organic electronics, since even the slightest change in
packing can modulate electronic properties. Controlling and accessing polymorphs of …

Ferroelasticity of organic single crystals has recently attracted great research interest. It is a
reversible twinning transition in response to mechanical stress that imparts remarkable …

The direct detection of 5-MeV protons by flexible organic detectors based on thin films is
here demonstrated. The organic devices act as a solid-state detector, in which the energy …

Organic semiconductors are excellent candidates for X‐ray detectors that can adapt to new
applications, with unique properties including mechanical flexibility and the ability to cover …

We use native vibrational modes of the model singlet fission chromophore 6, 13-bis
(triisopropylsilylethynyl) pentacene (TIPS-Pn) to examine the origins of singlet fission in …