Research Projects

The development of next-generation organic semiconductors depends on advanced soft materials that are efficient, stable, scalable, and processable. Twisted discotic liquid crystals (TDLCs) are promising candidates due to their ability to self-assemble into helical columnar structures with tunable optoelectronic properties. Their disc-shaped, π-conjugated molecules support one-dimensional charge transport, making them ideal for devices like OFETs, OLEDs, and photovoltaics. Inspired by biological helices, TDLCs can exhibit unique functionalities such as circular dichroism and ferroelectricity. This project focuses on designing a new series of anthranaphthyridine-based TDLCs that combine anthracene's extended conjugation with naphthyridine's electron-donating properties. The goal is to understand their structure–property relationships, enhance their stability and performance, and explore their use in prototype electronic and photonic devices.