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SOLID STATE AND MAGNETISM Quantum Dots: Periodicity and Confinement

SOLID STATE AND MAGNETISM Quantum Dots: Periodicity and Confinement. J. Planelles. 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.

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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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