BASF

Last updated January 31, 2026

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Patterned organic semiconductor heterostructures: BASFRecent Research Landscape

High electrical resistance in optical displays limits touch sensitivity and power efficiency, which is mitigated by engineering the stoichiometry of transparent conductive layers. Precise control over the oxide lattice ensures high carrier mobility without sacrificing optical clarity.

What technical problems is BASF addressing in Patterned organic semiconductor heterostructures?

Environmental degradation of organic layers

(11)evidences

Organic semiconductors and photovoltaic materials are highly susceptible to moisture and oxygen ingress. Preventing these atmospheric interactions is essential to prevent device failure and extend operational lifespan.

Inadequate precursor thermal stability

(5)evidences

Poor bonding between organic polymers and metal or metalloid oxide surfaces leads to structural delamination. Improving interfacial integrity prevents mechanical failure and ensures long-term device stability.