Organic Bioelectronics: Fundamentals and Applications

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Related lectures (31)

MOSFET Basics: NMOS and PMOS Characteristics

Provides an overview of MOSFET operation, focusing on NMOS and PMOS characteristics, including current equations and channel modulation effects.

Simulation of Quantum Devices

Covers the simulation of 2D and 1D Field-Effect Transistors using the Non-Equilibrium Green's Function method.

Chemical Vapor Deposition: Si, SiN4, SiO2, Diamond

Explores LPCVD and PECVD processes for Si, SiN4, SiO2, and diamond in microelectronics applications.

Controlling Threshold Voltage in Semiconductor Devices

Covers the control of threshold voltage in semiconductor devices through oxide thickness and substrate doping adjustments.

Polymerization Mechanisms and Thin Film Deposition

Explores polymerization mechanisms, synthesis methods, and thin film deposition in organic electronics.

Germanium Quantum Technology

Delves into the use of germanium in quantum computing, emphasizing hole-based quantum systems and materials advancements.

Thin Film Growth: Mechanisms and Applications

Explores thin film growth mechanisms, organic thin film considerations, deposition techniques, and patterning for electronic devices.

Thin-Film Processing: Deposition Techniques

Explores thin-film processing techniques, focusing on chemical vapor deposition advantages, growth modes, ALD, plasma role, and discharge initiation.

Intramolecular Electron Delocalization

Explores intramolecular electron delocalization in organic electronics, covering history, challenges, charge transport, device preparation, and advanced topics.

Bipolar Transistor Operation: Ebers-Moll Model

Explains the operation of bipolar npn transistors using the Ebers-Moll model in active and reverse modes.

Towards Sustainable Composites

Explores sustainable composite solutions, including recycling, end-of-life strategies, and hydrogen storage.

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