Many quasi-one-dimensional (1D) materials are experimental approximations to the
textbook models of Peierls instabilities and collective excitations in 1D electronic systems …

The electronic structure of non-magnetic low-dimensional materials can acquire a spin
structure due to the breaking of the inversion symmetry at the surface or interface. This so …

Carbon and sulfur isotopic data, together with biomarker and iron speciation analyses of the
Hovea-3 core that was drilled in the Perth Basin, Western Australia, indicate that euxinic …

A combination of angle-resolved photoemission and scanning tunneling microscopy is used
to explore the possibilities for tailoring the electronic structure of gold atom chains on silicon …

It has been a long-standing goal to create magnetism in a non-magnetic material by
manipulating its structure at the nanoscale. Many structural defects have unpaired spins; an …

End states—the zero-dimensional analogs of the two-dimensional states that occur at a
crystal surface—were observed at the ends of one-dimensional atom chains that were self …

One-dimensional atomic chains on A u/S i (557) feature two proximal 1D bands near the
Fermi level, which were controversially attributed as a spinon-holon pair of a Luttinger liquid …

The existence of highly spin polarized photoelectrons emitted from non-magnetic solids as
well as from unpolarized atoms and molecules has been found to be very common in many …

Since the discovery of M41S materials family in 1992, some special features like aligned
pores perpendicularly to the substrate surface and long range order, have been looked for …

One dimensional (1D) metals are unstable at low temperature undergoing a metal-insulator
transition coupled with a periodic lattice distortion, a Peierls transition. Angle-resolved …