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MSE-486: Organic electronic materials

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Lectures in this course (56)

Supramolecular Organisation: Solid State

Explores the supramolecular organization of π-conjugated molecules in the solid state, covering crystal structures and packing preferences.

Intermolecular Electron Delocalization

Explores intermolecular electron delocalization in solid-state materials, focusing on molecular orbital interactions and resulting electronic coupling.

Organic Electronics: Electronic Perturbations

Explores electronic perturbations in organic materials, covering vibronic coupling, charge formation, transport mechanisms, and advanced topics.

Light-Matter Interaction: Quantum Systems & Excitons

Explores light-matter interaction in quantum systems, exciton formation, optical properties of molecules, and excitonic coupling.

Charge Formation and Delocalization: Solitons and Polymers

Explores charge formation and delocalization in organic materials, emphasizing solitons and polymers.

Introduction to Organic Electronic Materials and Devices

Introduces organic electronic materials, covering their properties, challenges, and applications in sustainable engineering and device fabrication.

Molecular Structure: Intramolecular Electron Delocalization

Discusses molecular structure and intramolecular electron delocalization, focusing on quantum mechanics and the transition from atomic to molecular orbitals.

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Molecular Orbitals: Properties of Conjugated Systems

Discusses molecular orbitals in π-conjugated systems, focusing on their properties and electronic interactions.

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Crystal Structures of Organic Molecules: Insights and Implications

Covers the crystal structures of organic molecules and their implications for solubility and electronic properties.

Molecular Vibrations and Electronic Transitions: Insights

Provides insights into molecular vibrations and their impact on electronic transitions and spectroscopy.

Charge Carriers in Organic Electronics: Solitons and Polarons

Discusses charge carriers in organic materials, focusing on solitons, polarons, and their implications for charge transport and device performance.

Charge Transport in Organic Semiconductors: Mechanisms and Interfaces

Covers charge transport mechanisms in organic semiconductors, focusing on active regions, interfaces, and the influence of disorder on conductivity.

Unified View of Charge Transport in Organic Semiconductors

Provides a unified understanding of charge transport mechanisms in organic semiconductors using the generalized Einstein relation.

Charge Transport Mechanisms in Organic Semiconductors

Covers charge transport mechanisms in organic semiconductors, focusing on band transport and transient localization.

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