The mineralization process is crucial to the load-bearing characteristics of the bone
extracellular matrix. In this work, we have studied the spatiotemporal dynamics of mineral …

The arrested nanoscale phase separation in a two-band Hubbard model for strongly
correlated charge carriers is shown to occur in a particular range in the vicinity of the …

Myelin around axons is currently widely studied by structural analyses and large-scale
imaging techniques, with the goal to decipher its critical role in neuronal protection. Although …

The structure and organization of the Type I collagen microfibrils during mineral nanoparticle
formation appear as the key factor for a deeper understanding of the biomineralization …

While it was known that high-temperature superconductivity appears in cuprates showing
complex multiscale phase separation due to inhomogeneous charge density wave (CDW) …

Ultrastructural fluctuations at nanoscale are fundamental to assess properties and
functionalities of advanced out-of-equilibrium materials. We have taken myelin as a model of …

Living matter is a quasi-stationary out-of-equilibrium system; in this physical condition,
structural fluctuations at nano-and meso-scales are needed to understand the physics …

Previous raster-scanning with a 1 μm X-ray beam of individual, myelinated fibers from
glutaraldehyde-fixed rat sciatic nerve revealed a spatially-dependent variation in the …

The ultrastructure fluctuations and complex dynamics of the multi-layered membrane
structure of myelin are fundamental for understanding and control its formation process and …

While the ultrastructure of myelin is considered a quasi-crystalline stable system, nowadays
its multiscale complex dynamics appear to play a key role in its functionality, degeneration …