Uttyler lab

Our research in energy-efficient electronics focuses on developing novel devices and circuits that can operate at ultra-low power levels. This includes work on steep-slope transistors, negative capacitance devices, and novel circuit architectures.

Our research in energy-efficient electronics focuses on developing novel devices and circuits that can operate at ultra-low power levels. This includes work on steep-slope transistors, negative capacitance devices, and novel circuit architectures.

Our research in energy-efficient electronics focuses on developing novel devices and circuits that can operate at ultra-low power levels. This includes work on steep-slope transistors, negative capacitance devices, and novel circuit architectures.

Our research in energy-efficient electronics focuses on developing novel devices and circuits that can operate at ultra-low power levels. This includes work on steep-slope transistors, negative capacitance devices, and novel circuit architectures.Our research in energy-efficient electronics focuses on developing novel devices and circuits that can operate at ultra-low power levels. This includes work on steep-slope transistors, negative capacitance devices, and novel circuit architectures.

We investigate the unique properties of two-dimensional materials for electronic and optoelectronic applications. Our work includes device fabrication, characterization, and integration of 2D materials into practical systems.

Thermal management is critical for modern electronics. We study heat transport in nanoscale devices and develop novel cooling solutions for high-performance computing systems.

Our memory research focuses on developing next-generation non-volatile memory technologies that can bridge the gap between fast but volatile DRAM and slow but non-volatile storage.