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Advanced Semiconductor Devices

Advanced Semiconductor Devices

In this course, we will explore the cutting-edge field of nanoscience, with a focus on the properties, synthesis, and applications of nanomaterials. We will examine how nanotechnology impacts solid-state physics and drives innovation across various i

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Advanced Semiconductor Devices

Advanced Semiconductor Devices

In this course, we will explore the cutting-edge field of nanoscience, with a focus on the properties, synthesis, and applications of nanomaterials. We will examine how nanotechnology impacts solid-state physics and drives innovation across various i

2 common.readCount
7 common.articles
Fundamental of Solid-State Physics

Fundamental of Solid-State Physics

Solid-state physics forms the backbone of modern technology by explaining the behavior of materials at atomic and electronic levels. This knowledge is crucial for developing advanced materials and devices used in electronics, optics, and various othe

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7 common.articles
Fundamental of Solid-State Physics

Fundamental of Solid-State Physics

Solid-state physics forms the backbone of modern technology by explaining the behavior of materials at atomic and electronic levels. This knowledge is crucial for developing advanced materials and devices used in electronics, optics, and various othe

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7 common.articles
Semiconductor Devices

Semiconductor Devices

This course is intended to equip any students interested in electronic materials and devices with the fundamentals of semiconductor devices. The materials covered in the course begin with fundamentals and accelerate to advanced topics in semiconducto

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7 common.articles
Semiconductor Devices

Semiconductor Devices

This course is intended to equip any students interested in electronic materials and devices with the fundamentals of semiconductor devices. The materials covered in the course begin with fundamentals and accelerate to advanced topics in semiconducto

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7 common.articles

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Carrier Transport

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Understanding carrier transport mechanisms in semiconductors. Exploring drift, diffusion, and recombination of charge carriers.

p-n Junctions

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Introduction to p-n junctions and their properties. Understanding the behavior of p-n junctions under forward and reverse bias conditions.

Phonons and Lattice Vibrations

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Understanding phonons and their role in thermal properties of solids. Exploring lattice vibrations and heat capacity.

Energy Bands in Semiconductors

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Overview of energy bands in semiconductors and their significance. Understanding band gaps and electronic structure of semiconductors.

Semiconductors

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Overview of semiconductor materials and their properties. Understanding doping and charge carriers in semiconductors.

Band Theory of Solids

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Introduction to band theory and its significance in distinguishing conductors, semiconductors, and insulators.

Bonding in Solids

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Introduction to bonding in solids, including ionic, covalent, and metallic bonds. Exploring the effect of bonding on material properties.

Crystal Structure

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Overview of crystal structures, lattice systems, and unit cells. Understanding the importance of crystal symmetry and atomic arrangements.

Free Electron Theory

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Overview of free electron theory and its application in explaining electrical conductivity in metals.

Optical Properties

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Introduction to the optical properties of solids. Understanding absorption, reflection, and transmission of light in materials.