Oct 2026· Organic and Hybrid Transistors XXV· pp. 21· 0 citations
Abstract
This presentation focuses on the development and optimization of next-generation organic and hybrid semiconductors nanolayers and OE devices from lab to pilot scale automated R2R printing processes optimized by in-line metrology and quality-control. We highlight donor–acceptor polymer systems and advanced non-fullerene acceptors, designed for improved processability in green solvents and tailored optoelectronic properties in binary and ternary blends. We emphasize on the understanding how molecular design, blend morphology, and processing conditions affect their optoelectronic behaviour and their uniformity to large area flexible substrates. Furthermore, we demonstrate how intelligent in-line metrology (combining optical, electronic, and structural diagnostics) enables real-time monitoring of nanoscale thickness, properties, and defect formation over large areas.
In this presentation we report the realization of novel semiconductor materials, as well as thin-film processing and morphology engineering, for flexible and stretchable electronic devices such as thin film transistors, solar cells, electrolyte gated transistors, sensors and neuromorphic circuits. On material developme...
A. Facchetti· Organic and Hybrid Transisto...· 0 citations
Organic semiconductors serve as the cornerstone for next-generation flexible, cost-effective, and large-area optoelectronics, offering profound research significance and immense industrial potential. Compared to their polycrystalline and amorphous counterparts, organic single crystals possess distinctive advantages, in...
Zhi-Xiang Zhong, Jie Ren, Han-Ying Li· Materials· 0 citations
Laser printing offers a scalable, low-cost, and solvent-free alternative to traditional manufacturing of optoelectronic devices; it is compatible with flexible substrates and eliminates the hazardous solvents typically required in solution-based processing. We demonstrate this technique for the deposition and patternin...
O. Jurchescu· Organic, Hybrid, and Perovsk...· 0 citations
Perovskite solar cells are widely regarded as promising next-generation photovoltaic technologies due to their high efficiency potential and low-temperature processing. However, scaling laboratory-scale devices to large-area, manufacturable modules—particularly on flexible substrates—remains a critical challenge. This...
Photovoltaic (PV) technology has evolved over seven decades from single-crystal silicon cells with modest efficiencies to a diverse portfolio of silicon, thin-film, and emerging solar-cell architectures approaching or exceeding thermodynamic single-junction limits when combined in tandem configurations. Device efficien...
A. Abdulhasan, A. M. Mustafa, Mohanad Muzahem Khalaf· AUIQ Technical Engineering S...· 0 citations
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