Electron correlations often lead to emergent orders in quantum materials, and one example is the kagome lattice materials where topological states exist in the presence of strong correlations between electrons. This arises from the features of the electronic band structure that are associated with the...
By repeating the experiment on a large number of oil drops, Millikan and his colleague, Harvey Fletcher, obtained electron charge values within 1% of the currently accepted one. We have some articles in Universe Today that are related to the charge of the electron. Here are two of them: Bet...
The recently discovered charge order is an intrinsic and universal property of cuprate superconductors, however, its microscopic origin remains debated. Here we review briefly the theoretical work about the nature of charge order in cuprate superconductors. In particular, we show that the electron self...
result in electron–electron correlations at finiteq, which would be reflected in our RIXS measurements. To visualize the proposedV(q), we perform a proof-of-principle calculation, where the form for the long-range potential is obtained from the solution to Poisson’s equation for a 2D plane...
The influence of space charge phenomena on the field and the potential in a d.c. electron-capture detector (ECD) under simplified conditions was studied. The results make it possible to explain the shape of the current-voltage characteristics of a d.c. ECD and the dependence of the sensitivi...
Nanoscale self-organization of electrons is ubiquitously observed in correlated electron systems such as complex oxides of transition metals. The phenomenon of charge ordering (CO) or the formation of charge stripes, as observed for layered-structure cuprates and nickelates, is one such example. Amo...
Future developments are likely also to involve electron capture dissociation on instruments that are accessible to the average user, thereby providing robustness in H/D analysis and structure determinations. Electron capture dissociation should reduce the potential for label scrambling and provide greater ...
A hypothesis was also made that the radius Rmof a β-stable isotope, which is actually measured at electron scattering experiments, is determined by the volume occupied by the matter of the core plus the volume occupied by the charge of the peripheral α-clusters. In this paper it is shown...
Photoinduced CDW state with topological defects in this material has been discovered from ultrafast electron diffraction and related studies7,28. The non-centrosymmetry in LaTe3 was established from the structure determined by single crystal x-ray crystallography33 as well as from the appearance of ...
dipole that is stabilized by the surrounding double layer field28,29,30,32. Despite this recently discovered significance of the electric double layer, a correspondingly corrected descriptor-picture or activity volcano has not been derived so far. Instead, the community has mostly relied on the ...