Single-Electron Spectroscopy

In this work nano-beam electron diffraction in scanning transmission electron microscopy mode has been used to simultaneously measure the strain state and the induced

The surface substantially influences the band energies beyond simple electrostatics, by setting nontrivial boundary conditions for 2DEG wave functions..

The effective magnetic field representing the optical spin Hall effect can be utilized, for example, to generate polarization textures [4,36], where the polaritons propagate in

The behavior of the samples in the trap depended on the nanoparticle struc- ture. Ag/Ag 2 S aggregates were held in the trap for minutes, while Ag 2 S nanoparticles were pushed out

The emission spectra of a single QD are shown in Figure 5.7 for different excitation power P. The enlargement factors are indicated and spectra are shifted vertically for clarity.

For proton–proton collisions, the single-electron trigger efficiency relative to a single-electron offline selection is at least 75% for an offline electron of 31 GeV, and rises to

We have characterized the structural and magnetic properties of these platelets by Mössbauer spectroscopy, x-ray transmission microscopy (TXM), transmission electron microscopy

In addition we will to present our result of the effect in the magnetoresist- ance of an organic molecule such as the Manganese Phthalocyanine (MnPc), a high magnetic spin