Electronic applications enabled by two-dimensional materials

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Related lectures (31)

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Heat Dissipation in Field-Effect Transistors

Explores heat dissipation challenges in field-effect transistors and the potential of MOS2 and graphene for electronic devices.

Ultrafast Carrier and Spin Dynamics in 2D Semiconductors

Reviews ultrafast carrier and spin dynamics in 2D semiconductors and their heterostructures, exploring unique optical responses and novel applications.

2D Electronic Devices and Materials

Explores 2D electronic devices and materials, including graphene, transition metal dichalcogenides, excitons, and valleytronics.

Spectroscopy: Electronic Properties and Techniques

Explores energy spectroscopy techniques like XPS and UPS, Auger spectroscopy, surface sensitivity, and graphene band structure.

Graphene: Quantum Properties and Nanoribbons

Explores graphene's quantum conductance, special electronic properties, nanoribbon fabrication, and edge effects.

Introduction to 2D Materials

Introduces 2D materials, FETs, optoelectronics, post-CMOS concepts, and the historical impact of Moore's Law on semiconductor devices.

Engineering Carbon Nanostructures

Explores the engineering of intrinsic π-electron magnetism in carbon nanostructures, focusing on inducing magnetism in graphene and nanographenes through sublattice imbalance and topological frustration.

Van der Waals Materials: Properties and Applications

Explores the programmable nature of van der Waals materials and their unique properties, including twistronics and quantum transport.

Applications Markets Roadmaps: OPV and IoT Perspectives

Explores OPV and IoT applications, markets, and roadmaps, including automotive OLEDs, healthcare sensors, and integration examples.

N-doped Graphene Membrane: Proton Exchange & Fuel Cells

Explores N-doped graphene membranes for proton exchange in fuel cells, focusing on performance and fabrication.