Electrons Edge Paper

Heavy Fermions: electrons at the edge of magnetism

An introduction to the physics of heavy fermion compounds is presented, highlighting the conceptual developments and emphasizing the mysteries and open questions that persist in this active field of research. This article is a contribution to volume 1 of the Handbook of Magnetism and Advanced Magnetic Materials, edited by Helmut Krönmuller and Stuart Parkin, to be published by John Wiley and So...

Solid Edge Large Assemblies white paper

With product complexity increasing, more and more companies realize that their current design technology is no longer able to cope. As product lifecycles decrease, engineering departments are inundated with demands to deliver more complex designs in less time, to remain competitive and gain market share. Finding a powerful, fast and efficient design system can be challenging. Solid Edge® large ...

Cutting edge: thin, lightweight, foldable thermochromic displays on paper.

In this issue of Lab on a Chip, Siegel et al. present a novel method for electronic control of displays on paper substrates. The authors micropatterned electrically conductive wires on one side of the paper, and coated thermochromic ink on the other side. This combination of materials allows a clever operation: as current flows through the wires to achieve localized resistive heating, dye in th...

White Paper: Mobile Edge Computing Use Cases & Deployment Options

Sufficient conditions for maximally edge-connected and super-edge-connected

Let $G$ be a connected graph with minimum degree $delta$ and edge-connectivity $lambda$. A graph ismaximally edge-connected if $lambda=delta$, and it is super-edge-connected if every minimum edge-cut istrivial; that is, if every minimum edge-cut consists of edges incident with a vertex of minimum degree.In this paper, we show that a connected graph or a connected triangle-free graph is maximall...