WorkShop V


ROOM 1
WS.V NEXT-GENERATION FUNCTIONAL SEMICONDUCTORS FOR ENERGY AND ELECTRONICS: FROM PEROVSKITES TO ORGANIC DEVICES 17 September
Co-organised with:

WORKSHOP COMMITTEE Massimo BERSANI, FBK Mahmut KUŞ, Konya Technical University
This workshop focuses on recent advances in next-generation semiconductor technologies, spanning hybrid, organic, and perovskite-based systems for energy and electronic applications. Rapid progress in materials design, interface engineering, and scalable fabrication has enabled significant improvements in device performance, stability, and manufacturability. The session aims to bring together researchers working on perovskite solar cells, organic field-effect transistors (OFETs), organic light-emitting diodes (OLEDs), and hybrid semiconductor platforms. Particular emphasis will be placed on functional materials, interfacial engineering strategies, defect passivation approaches, and novel architectures that enhance efficiency, operational stability, and large-area scalability. Topics of interest include, but are not limited to: - Advanced functional materials (e.g., polymers, 2D materials, clays, polyoxometalates) - Interface engineering and charge transport layers - Stability enhancement and degradation mechanisms - Scalable and printable semiconductor technologies - Emerging device architectures (flexible, wearable, large-area systems) - AI-assisted materials discovery and device optimization - Sustainable and environmentally friendly semiconductor approaches This workshop aims to foster interdisciplinary collaboration and provide insights into bridging the gap between laboratory-scale innovation and industrial-scale implementation.

17 September
09:00 - 10:30 Next-Generation Functional Semiconductors for Energy and Electronics: From Perovskites to Organic Devices 1/3 WS.V.1 - TT.V.H
Chair: Imren HATAY PATIR, Selçuk University
This session belongs to the workshop on next-generation functional semiconductors, devoted to hybrid, organic and perovskite-based systems for energy and electronic applications and to the materials, interfaces and architectures that make them efficient, stable and scalable. It concentrates on the interface as the decisive element of organic and perovskite optoelectronic devices: the molecular design and functionalisation of contacts, self-assembled monolayers and charge-transport layers, and the way tailored surface chemistry governs energy-level alignment, defect passivation and operational stability, from light-emitting to photovoltaic architectures. It establishes the materials-and-interface groundwork of the workshop.
WS.V.1.1 TT.V.H.1	Mujeeb U. CHAUDHRY - CV Durham University Towards Electrically Pumped Organic Lasers
WS.V.1.2 TT.V.H.2	Çisem KIRBIYIK KURUKAVAK - CV Konya Technical University Density Functional Theory-Guided Design of Boronic Acid-Based Self-Assembled Monolayers for ITO Modification in Organic Solar Cells
WS.V.1.3 TT.V.H.3	Esma YENEL DEMIR - CV Konya Technical University Interfacial Engineering via Carbazole-Based Self-Assembled Monolayers (CbzNaph) for Efficient and Stable Inverted Perovskite Solar Cells
WS.V.1.4 TT.V.H.4	Tuğbahan YILMAZ Konya Technical University Concentration-Dependent Effects of 4-Fluorophenylboronic Acid on P3HT:PCBM Organic Solar Cells
WS.V.1.5 TT.V.H.5	Sümeyra BÜYÜKÇELEBI - CV Selçuk University Surface Passivation of the Perovskite Film with Ammonium Salts in Inverted-Type Perovskite Solar Cells

11:30 - 13:00 Next-Generation Functional Semiconductors for Energy and Electronics: From Perovskites to Organic Devices 2/3 WS.V.2 - TT.VI.I
Chair: Imren HATAY PATIR, Selçuk University
Part of the workshop on next-generation functional semiconductors — hybrid, organic and perovskite-based systems for energy and electronics — this session addresses the step where laboratory innovation meets industrial implementation: the processes by which functional layers are actually produced. Vapour-phase and hybrid coating routes, prime and conductive polymer layers, and engineered surface morphologies are discussed both as performance-defining steps and as the condition for reproducibility over large areas. Energy-storage devices are included as a complementary application of the same thin-film technologies.
WS.V.2.1 TT.VI.I.1	Mustafa KARAMAN - CV Eskişehir Technical University Superomniphobic Organic/Inorganic Nanocomposite Coatings via Hybrid CVD for Next-Generation Electronic Interfaces
WS.V.2.2 TT.VI.I.2	Resul ÖZDEMIR - CV Abdullah Gul University Development of Novel Indenofluorene-Based Dopant-Free Molecular HTLs for Stable PSCs
WS.V.2.3 TT.VI.I.3	Gülşah TURKMENA Ege University Eco-Friendly Supercapacitors based on Natural Biopolymer-Derived Electrodes and Gel Polymer Electrolytes

14:00 - 15:30 Next-Generation Functional Semiconductors for Energy and Electronics: From Perovskites to Organic Devices 3/3 WS.V.3 - TT.VII.J
Chair: Mujeeb U. CHAUDRHY, Durham University
This session concludes the workshop on next-generation functional semiconductors for energy and electronics, which brings together hybrid, organic and perovskite-based systems and the interface engineering strategies behind their efficiency and stability. It extends that toolbox from electronics and photovoltaics to the conversion of solar and mechanical energy into chemical energy, dealing with heterojunction and interfacial engineering strategies for photo-, piezo- and electrocatalytic hydrogen production, including the use of low-cost, abundant and environmentally benign materials as charge-transfer mediators and supports.
WS.V.3.1 TT.VII.J.1	İmren HATAY PATIR - CV Selçuk University Photocatalytic Hydrogen Production: Recent Advances and Opportunities in Heterojunction Photocatalysts
WS.V.3.2 TT.VII.J.2	Emre ASLAN - CV Selçuk University Clay-Based Interfacial Bond Engineering: Clays as Charge-Transfer Mediators for Photo/Piezocatalytic Hydrogen Production
WS.V.3.3 TT.VII.J.3	Talha KURU - CV Selçuk University In Situ Piezodeposited Noble-Metal Schottky Junctions on Laponite/ZnO for Enhanced Piezocatalytic Hydrogen Evolution
WS.V.3.4 TT.VII.J.4	Yiğit OSMAN AKYILDIZ - CV Selçuk University Electrodeposited High-Entropy Alloy/CNT Electrocatalyst for Enhanced Hydrogen Evolution Reaction
WS.V.3.5 TT.VII.J.5	Zeki TARIK UNLU - CV Selçuk University Photocatalytic hydrogen evolution by Smectite-based clay composite catalyst