Google will give books, but not suggest books. Here, the OP will get suggestions from experts in each field, while google will simply enlist the book names without suggesting the pros and cons of each.jedishrfu said:Have you tried searching for them via google?
The Integer Quantum Hall effect is a quantum-mechanical phenomenon observed in two-dimensional electron systems at very low temperatures and high magnetic fields. It results in the quantization of the Hall resistance to integer multiples of a fundamental constant, known as the von Klitzing constant.
The Integer Quantum Hall effect is described by Landau quantization, which is based on the Landau levels formed by the quantized motion of electrons in a magnetic field. This can be further explained by the use of the Harper equation, which describes the energy levels of the electrons in a periodic potential and a magnetic field.
The Integer Quantum Hall effect is significant because it provides a way to accurately measure the fine structure constant, a fundamental constant of nature. It also has important applications in the development of quantum computers and topological insulators.
The two main experimental techniques used to study the Integer Quantum Hall effect are magnetotransport measurements and scanning probe microscopy. Magnetotransport measurements involve measuring the electrical resistance of a material under a varying magnetic field, while scanning probe microscopy allows for the visualization of the electronic properties of a material at the nanoscale.
Yes, there are several notable books on the Integer Quantum Hall effect, including "The Quantum Hall Effect" by R. Prange and S. Girvin, "Quantum Hall Effect" by Z. F. Ezawa, and "The Fractional Quantum Hall Effect" by T. Chakraborty and P. Pietilainen. These books provide comprehensive explanations of the theory, experiments, and applications of the Integer Quantum Hall effect.