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SOLID STATE AND MAGNETISM Quantum Dots: Periodicity and Confinement

Learn about quantum dots, their periodic nature, and confinement in this insightful course by J. Planelles. Understand the discrete energy levels, flexibility in carrier control, and versatile energy spectrum design. Discover the applications and benefits of quantum dots in modern technology.

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SOLID STATE AND MAGNETISM Quantum Dots: Periodicity and Confinement

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  1. SOLID STATE AND MAGNETISMQuantum Dots: Periodicity and Confinement J. Planelles

  2. So, what is a quantum dot? CB gap gap VB r • Discrete energy levels: “Artificial Atoms” • Control over the number and type of carriers • Flexible design of energy spectrum

  3. What is a quantum dot good for?

  4. A closer view QDs are periodic inside

  5. Today, in this course… Lecture 1. Periodicity and Spatial Confinement Lecture 2. Magnetic confinement B B

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