This track focuses on the fundamental principles and mechanisms of heat transfer at the nanoscale. Contributions exploring novel materials and techniques for enhancing thermal conductivity in nanostructures are particularly encouraged.

This session will delve into the intricacies of electron transport in nanoscale materials and devices. Research highlighting the impact of quantum effects on charge transport and device performance is welcome.

This track addresses the role of phonons in thermal transport and management at the nanoscale. Studies that explore phonon scattering mechanisms and their implications for thermal insulation and conductivity are sought.

This session will explore the dynamics of molecular transport within nanofluidic systems. Contributions that investigate the effects of confinement and surface interactions on fluid behavior at the nanoscale are encouraged.

This track focuses on the study of ballistic and quantum transport phenomena in nanoscale electronic devices. Researchers are invited to present findings on the implications of these transport mechanisms for device design and performance.

This session will highlight cutting-edge simulation techniques used to model nanoscale transport phenomena. Papers that demonstrate innovative computational approaches and their applications in nanoscience are welcome.