Mesoscopic Physics of Electrons and Photons by Eric Akkermans, Gilles Montambaux

By Eric Akkermans, Gilles Montambaux

Quantum mesoscopic physics covers an entire type in interference results regarding the propagation of waves in complicated and random media. those results are ubiquitous in physics, from the behaviour of electrons in metals and semiconductors to the propagation of electromagnetic waves in suspensions comparable to colloids, and quantum structures like chilly atomic gases. an outstanding advent to quantum mesoscopic physics, this e-book is a contemporary account of the matter of coherent wave propagation in random media. It offers a unified account of the fundamental theoretical instruments and strategies, highlighting the typical features of many of the optical and digital phenomena concerned and proposing a number of experimental effects. With over two hundred figures, and routines all through, the e-book is perfect for graduate scholars in physics, electric engineering, utilized physics, acoustics and astrophysics. it's going to even be a fascinating reference for researchers during this swiftly evolving box.

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By Eric Akkermans, Gilles Montambaux

Quantum mesoscopic physics covers an entire type in interference results regarding the propagation of waves in complicated and random media. those results are ubiquitous in physics, from the behaviour of electrons in metals and semiconductors to the propagation of electromagnetic waves in suspensions comparable to colloids, and quantum structures like chilly atomic gases. an outstanding advent to quantum mesoscopic physics, this e-book is a contemporary account of the matter of coherent wave propagation in random media. It offers a unified account of the fundamental theoretical instruments and strategies, highlighting the typical features of many of the optical and digital phenomena concerned and proposing a number of experimental effects. With over two hundred figures, and routines all through, the e-book is perfect for graduate scholars in physics, electric engineering, utilized physics, acoustics and astrophysics. it's going to even be a fascinating reference for researchers during this swiftly evolving box.

Show description

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44) to the total energy, where U (r − r ) U δ(r − r ) is the screened interaction, and n(r) is the local electron density, related to the density of states, so that n(r)n(r) ∝ ai∗ (r, r, )aj (r, r, ). 45) ij The correction to the total energy has the form δEee ∝ U dr d d 1 2 Pcl (r, r, 1 − 2 ). 46) due to the Coulomb interaction also implies a reduction of the density of states at the Fermi level. 49) 0 This correction, called the density of states anomaly, is an important signature of the electron–electron interaction, and it depends on the space dimensionality and the sample geometry via the probability Z(t).

15 (a) The angular correlation function of a speckle pattern is built from the product of four complex amplitudes corresponding to four plane waves incoming along directions sˆ a and sˆ a and emerging along sˆ b and sˆ b . The main contributions are obtained by pairing the amplitudes two by two to form Diffusons. This gives rise to contributions (b) and (c). Contribution (c), which corresponds to the (1) correlation function Caba b decays exponentially in angle. Contribution (d) contains one quantum crossing, while (e) has two quantum crossings.

Degrees of freedom of the scattered wave: electron spin and photon polarization. • Degrees of freedom of the scatterers: magnetic impurities, environment induced by other electrons, motion of scatterers, internal quantum degrees of freedom (atomic Zeeman sublevels). Let us first consider the case of multiple scattering of electrons, now in the presence of a magnetic field. Full coherence implies that time-reversed trajectories have the same amplitude. This is no longer the case in the presence of a magnetic field, which induces a dephasing between conjugate trajectories: ajT (r, r ) = aj (r, r ) ei j (r, r ) .

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