This year’s Electronic Materials and Photonics Division program delivers a commanding lineup of leaders from top universities, premier national laboratories, and globally recognized technology companies, presenting breakthroughs that define the future of photonics, quantum materials, microelectronics, and wide–bandgap devices. Esteemed experts from Oak Ridge National Laboratory, the U.S. Naval Research Laboratory, Sandia, Penn State, Rice University, Stanford, UC Berkeley, and leading industry innovators at SanDisk Corp, Intel, Kepler Computing, and Axcelis will showcase high–impact advances ranging from CMOS–ready quantum photonic platforms and deterministic 2D semiconductor growth to ferroelectric neuromorphic memory, Ga₂O₃ and SiC device engineering, and next–generation energy materials. These sessions are anchored by authoritative voices whose work sets the direction of the field, ensuring attendees gain direct insight into the most consequential developments shaping modern electronic and photonic technologies. Collectively, this distinguished roster guarantees a program of exceptional technical depth, strategic relevance, and forward–looking innovation.
EM-TuM: Advanced Devices and Materials for Photonic, Sensing, and Quantum Applications
EM-TuA: Pioneering Directions in Logic and Memory Devices and Materials: AI Hardware, Microelectronics, 2D Materials, Processing, Interconnect, Heterogeneous Integration, Energy Cooling
- Sunny Gupta, Rice University, “Topography as a Design Knob to Create Exotic Electronic Phenomena in 2D Materials”
- Fei Zhou, Sandisk Technologies, “3D Flash Memory Word Line Metallization Evolution”
EM-WeM: Advances in Wide Bandgap, Piezoelectric Materials and Devices
- Brian Rummel, Sandia National Laboratories, “Rigorous Electrostatic Constraints for Interface State Extraction in Wide-Bandgap MOS Devices”
EM-ThP: Electronic Materials and Photonics Poster Session