Structural and electronic properties of the three distinct classes of copper oxide based superconductors will be compared with each other and with other types of superconductors.
The one-layer strontium bismuth cuprates (the so-called 2201 phase) have been reported to exhibit a wide variety of properties and structures.
Quenched Ni-Mn alloys exhibit both a spin-glass state and ferromagnetism for Mn concentrations (C(Mn)) below 26 at %.
We describe a new way to simulate the structure of vitreous silica.
The cooperative binding of O2 to hemoglobin (Hb) has been explored primarily within the framework of a two-state model.
The structure-sensitive magnetic properties of Ni(78)Mn(22) were investigated by measuring the low-field dc susceptibility of this alloy prepared in different ways: arc melted, as-rolled, heat-tre
We present a compressive video microscope based on structured illumination with incoherent light source.
We recently showed that arbitrarily reliable communication is possible within a single coherence interval in Rayleigh flat fading, where no one has knowledge of the propagation matrix, as the symbo
We recently showed that arbitrarily reliable communication is possible within a single coherence interval in Rayleigh flat fading, where no one has knowledge of the propagation matrix, as the symbo
The structures and coalescence behavior of size-selected, matrix-isolated silicon clusters have been studied using surface-plasmon-polariton (SPP) enhanced Raman spectroscopy.
