| Start Time |
Session Code |
Session Title |
| Monday 8:20am |
2D+EM+MI+NS+TF-MoM |
2D Materials Growth and Fabrication |
| Monday 8:20am |
NS+2D+AN+EM+MN+MP+PC+RM-MoM |
IoT Session: Nanostructured Devices and Sensors |
| Monday 1:20pm |
2D+MI+NS-MoA |
2D Materials Characterization including Microscopy and Spectroscopy |
| Monday 1:20pm |
MI+2D+EM+NS-MoA |
IoT Session: Symposium on new Magnetic Materials, Devices and Concepts for the Information Society |
| Monday 1:20pm |
NS+2D+AS+PC-MoA |
SPM - New Imaging and Spectroscopy Methodologies |
| Tuesday 8:00am |
2D+EM+MI+NS-TuM |
Properties of 2D Materials including Electronic, Magnetic, Mechanical, Optical, and Thermal Properties |
| Tuesday 2:20pm |
2D+EM+MI+MN+NS-TuA |
2D Device Physics and Applications |
| Tuesday 2:20pm |
EM+2D+AN+MI+MP+NS-TuA |
Solar/Energy Harvesting and Quantum Materials and Applications |
| Wednesday 8:00am |
2D+AM+EM+NS-WeM |
Dopants, Defects, and Interfaces in 2D Materials |
| Wednesday 8:00am |
NS+2D+AN+MN+MP+SE-WeM |
Micro, Nano and Opto Mechanics |
| Wednesday 2:20pm |
2D+MN+NS+SS-WeA |
IoT Session: Surface Chemistry, Functionalization, Bio and Sensor Applications |
| Wednesday 2:20pm |
EM+2D+SS-WeA |
Wide and Ultra-Wide Bandgap Materials for Electronic Devices: Growth, Modeling and Properties |
| Wednesday 2:20pm |
MN+2D+AN+NS-WeA |
IoT Session: MEMS for IoT: Chemical and Biological Sensing |
| Thursday 8:00am |
2D+EM+MI+MN+NS+SS-ThM |
Novel 2D Materials |
| Thursday 8:00am |
MI+2D-ThM |
Magnetism at the Nanoscale |
| Thursday 8:00am |
MN+2D+AN+MP+NS-ThM |
Optomechanics and 2D NEMS |
| Thursday 2:20pm |
2D+EM+MN+NS-ThA |
Novel Quantum Phenomena in 2D Materials |
| Thursday 2:20pm |
EM+2D+NS+PS+RM+TF-ThA |
IoT Session: Flexible Electronics & Flash Networking Session |
| Thursday 2:20pm |
MN+2D+AN+NS-ThA |
Nonlinear and Thermal Resonators |
| Thursday 2:20pm |
NS+2D+AS+MN+PC-ThA |
SPM – Probing Electronic and Transport Properties |
| Thursday 6:00pm |
2D-ThP |
2D Materials Poster Session |
| Friday 8:20am |
2D+EM+MN+NS-FrM |
Nanostructures including Heterostructures and Patterning of 2D Materials |