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Copy of: Field driven quantum phase transition in a Kitaev honeycomb magnet
The experimental realization of a Kitaev model on the honeycomb lattice has been a major topic in a condensed matter physics, because the model uniquely provides exactly... -
Ground state selection in quantum spin ice pyrochlores
In condensed matter physics, the search for new exotic quantum ground states has become a central theme over the past few years. Among the 3D quantum spin liquid candidates, the... -
Pressure-induced high-spin low-spin transition in MnS2 and MnTe2
Pressure induced high-spin (HS) to low-spin (LS) transition in MnS2 was speculated by Chattopadhyay and von Schnering more than twenty years ago from their high pressure X-ray... -
Field-driven closure of the Haldane gap in an ideal coordination polymer spin...
Chains comprising integer spin magnetic moments exhibit the celebrated non-magnetic Haldane phase, which is very different relative to the half-integer spin equivalent. We have... -
Determination of the magnetic field-temperature phase diagram in metal-organi...
Metal-organic magnets are of interest primarily due to the synthetic versatility enabled by the vast array of organic complexes which can be used to coordinate magnetic ions and... -
Well, well, well: the free energy landscape of hydrogenated La(Fe,Si)13?
Magnetic cooling promises efficiency savings at room temperature but requires rapid cycling of a magnetic refrigerant in a magnetic field. Refrigerants with first order... -
Contrast matching of selectively deuterated glycerides for scattering studies...
Lipid nanoparticles (LNPs) can be formed from glycerides and loaded with diverse cargo for healthcare applications. A key advantage of LNPs over liposomes is the significant... -
Mixed micelles of nonionic and metallosurfactants (P123/CTAF) as porogens of ...
Non-ionic/metallosurfactant (P123/CTAF) mixed micelles are used as templates for the hydrothermal synthesis of mesoporous ferrisilicate materials. It was hypothesized that...
