An article presenting a comprehensive description of the design, scientific equipment and technological infrastructure soon to be available at the Extreme Light Infrastructure Attosecond Light Pulse Source (ELI-ALPS) facility.
Condensed matter physics
Fe3O2BO3 is a ludwigite with a single type of metallic ion (Fe). The ludwigites belong to the family of oxyborates and are characterized by the presence of low dimensional sub-units in the form of three legged ladders (3LL) along the… Read More ›
Recent research reveals that previously unknown relativistic physics could be at the heart of femtosecond coherent magnetism.
This weeks image come from a Journal of Physics: Condensed Matter Special Issue on oxide interfaces
How can this be studied through the nonlinear magnetization dynamics of coupled ferromagnetic nanowires?
Hai-Yang Zhang and Ning Xu shed some light on magnetic excitations in iron pnictides
Rare-earth clustering in sulphide and selenide materials
The Fermi-surface topology is revealed by angular-dependent magnetoresistance and quantum oscillations in LuPtBi
Our image of the week comes from Journal of Physics: Condensed Matter and a recent paper from Junje Zhang et al. investigating the chemisoption of hydrogen on graphene using molecular dynamics.
“By breaking disciplinary barriers, I believe condensed matter physics has placed itself at the frontier of science” – an interview with JPCM section editor Professor Talat Rahman
Talat Rahman is a Distinguished and Pegasus Professor at the Department of Physics, University of Central Florida, and section editor of the new Journal of Physics: Condensed Matter section on Physics of Chemical Processes.
How does weak bond disorder affect the classical spin liquid state in a geometrically frustrated Ising Kagome system?
We explore the range of topics covered by JPCM and see how these have evolved over the years
In a recent Journal of Physics: Condensed Matter paper, Maciej Bieniek, Tomasz Woźniak and Paweł Potasz investigate atomically thin bismuth nanostructures in the context of stability of their topological properties.
Zacharias Fthenakis and Nektarios Lathiotakis propose a fast and accurate description of the mechanical response of any 2D structure under any strain conditions.
Could alloy melt structure in an electromagnetic field be accurately characterized by electrical parameters? What`s the relationship between these electrical parameters and solidification microstructures?
In a recent JPCM paper an effective structure descriptor was developed to assess the similarity between atomic structures and to remove redundant entries of similar structures in the database. Statistical data give an important insight for material discovery.
Is KDP a model order-disorder lattice without any displacive component? Not according to NMR.