Semiconductors, Optoelectronics and Nanostructures

This session focuses on advanced semiconductor device architectures beyond conventional CMOS scaling, emphasizing emerging materials, heterogeneous integration, and novel computing paradigms. It covers ultra-scaled transistors, 2D semiconductor-based devices, and 3D integration strategies. Special attention is given to neuromorphic and in-memory computing systems that aim to enable energy-efficient and intelligent electronic platforms for future computing applications.

This session explores the development of quantum-enabled semiconductor systems for next-generation computing and communication technologies. Topics include semiconductor qubits, quantum dots, single-photon emitters, and topological materials. The session highlights experimental and theoretical advances toward scalable quantum architectures and integration of quantum devices with conventional semiconductor platforms.

This session addresses the rapidly growing field of photonic and optoelectronic devices for ultra-high-speed data transmission systems. It includes silicon photonics, integrated optical circuits, high-speed modulators, semiconductor lasers, and optical interconnects for data centers. The focus is on enabling 6G and beyond communication networks through photonic–electronic convergence.