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Beyond CMOS Devices: Valleytronics and Excitonic Devices
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Related lectures (31)
Introduction to 2D Materials
Introduces 2D materials, FETs, optoelectronics, post-CMOS concepts, and the historical impact of Moore's Law on semiconductor 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.
Semiconductor Devices II: Defects Engineering
Covers the analysis of measurements and defects engineering in semiconductor devices, including density of states and defect probing.
Density of States in Semiconductor Devices
Explores density of states in semiconductor devices, covering electron gas, energy bands, Fermi-Dirac distribution, and band structures.
Beyond CMOS Devices: Limits and Concepts
Delves into the fundamental limits of power dissipation in computing and explores emerging concepts using 2D materials.
Semiconductor Devices II: Contact Resistance Modeling
Explores contact resistance modeling in semiconductor devices, focusing on gate voltage calculation and defect analysis.
Contact Resistance in Semiconductor Devices
Explores contact resistance in semiconductor devices, quantum resistance, quantized conductance, spin injection challenges, and strategies for reducing contact resistance.
Spectroscopy: Electronic Properties and Techniques
Explores energy spectroscopy techniques like XPS and UPS, Auger spectroscopy, surface sensitivity, and graphene band structure.
Electrical and Magnetic Properties of Materials
Explores electrical and magnetic properties of materials, including semiconductors, dielectric behavior, and optical phenomena.
Contacts: Semiconductor Devices II
Explores semiconductor devices historical development, contact resistance, FET characteristics, quantum limit, 2D materials contacts, and charge-injection mechanisms.
Excitons, Luminescence and LEDs
Explores excitons, luminescence, and LEDs, including their formation, impact on carrier density, and working principles.
Semiconductor Materials and Nanostructures
Covers the history of semiconductor materials, band structure, charge carriers, doping, electronic transport, optical properties, and applications.
Contact Resistance: Theory and Measurements
Explores contact resistance in semiconductor devices, including Moore's Law, FET characteristics, quantum limits, and measurement techniques.
Simulation of 2D Field Effect Transistors
Covers the simulation of 2D Field Effect Transistors and the advantages of using Green's Function.
Non-equilibrium Processes: Electron-Phonon Interactions
Delves into non-equilibrium electron-phonon interactions, energy conversion, and transport regimes.
2D Electronic Devices and Materials
Explores 2D electronic devices and materials, including graphene, transition metal dichalcogenides, excitons, and valleytronics.
Exciton Manipulation: 2D Semiconductor Heterostructures
Explores exciton manipulation in 2D semiconductor heterostructures, covering new concepts and material growth techniques.
Integrated Circuits: Evolution and Fabrication
Explores the evolution of integrated circuits, from transistors to CMOS technology, highlighting key historical milestones.
Semiconductor Band Structure
Explores semiconductor band structures, effective masses, and valence band complexities.
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Covers defect probing, 2D material defects, CV measurements, defect modelling, and experimental data analysis.
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