Cycloparaphenylene molecules not only represent a promising host to examine quantum phenomena but also offer distinct electric and thermoelectric properties to explore new designs and features of thermoelectric materials.
Non-ferroelectric SnS undergoes interlayer sliding when the size is reduced to 6 nm, resulting in the emergence of sliding ferroelectricity.
Unique tri-coordinated atoms with alternate sp2 and sp3 hybridizations are formed in the N18 ring of LaN8. The ligand effect of the introduced La atom on the N10 cage induces the structural evolution from I
3m-N10 to Imm2-LaN10.
The anisotropic thermal and mechanical response of hexagonal boron nitride (hBN) and black phosphorus (bP) have been investigated in situ using high resolution X-ray diffraction.