Klaus von Klitzing: Micro to Nanoelectronics
- Posted on
- 03.03.2010
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Supplimentary Materials
Chapter 5 of 12: Interference Patterns
Experiments that demonstrate the wave-like nature of electrons helps us to understand the peculiarities of quantum properties. (25 seconds)
Chapter 1 of 12: From Micro- to Nanoelectronics
Klaus von Klitzing outlines efforts to miniaturize electronic components and create ever-smaller devices. (5 minutes)
Chapter 2 of 12: The Future of Size
Klaus von Klitzing says that nanotechnology is the next big thing, and nanoelectronics is the next small thing. (4 minutes, 52 seconds)
Chapter 3 of 12:
(8 minutes, 24 seconds)
Chapter 4 of 12: Understanding Electron Behaviour
Quantum mechanics has taught us that electrons must be treated as both particle-like and wave-like. (36 seconds)
Chapter 5 of 12: Interference Patterns
Experiments that demonstrate the wave-like nature of electrons helps us to understand the peculiarities of quantum properties. (25 seconds)
Chapter 6 of 12: A Strange New World
Materials behave differently at the nanoscale; most processes and phenomena are governed by quantum physics. (2 minutes, 35 seconds)
Chapter 7 of 12: Precision Control
Klaus von Klitzing outlines the various techniques used in nanotechonology, and he shows how we are now able to control the movement of atoms. (4 minutes, 52 seconds)
Chapter 8 of 12: Microscopic Material Behaviour
Quantum structures can exist in one, two and three dimensional systems, but what are the electronic properties of a zero-dimensional system? (4 minutes, 52 seconds)
Chapter 9 of 12: Quantum Dots
Klaus von Klitzing discusses the basis of these minute semiconducting nanocrystals, which have a potentially huge range of practical applications. (4 minutes, 52 seconds)
Chapter 10 of 12: Tiny Tubes
Nanotubes have a broad range of electronic, thermal and structural properties, which make them highly useful for constructing a host of electronic devices. (4 minutes, 52 seconds)
Chapter 11 of 12: Testing Tubes
Klaus von Klitzing illustrates the range of experiments carried out on different types of nanotubes to understand their properties and behaviour. (4 minutes, 52 seconds)
Chapter 12 of 12: Future Potential
Nanoelectronics continues to reveal interesting new phenomena, and the potential for new applications continues to grow. (4 minutes, 52 seconds)
Description
Klaus von Klitzing provides an overview of efforts to miniaturize electronic components from the micro- to nanoscale, and highlights its potential for new applications.
