Next-generation spintronic nanoscale devices require two-dimensional (2D) materials with
robust ferromagnetism. Among 2D materials, MXenes are favorable for spintronic …

Slowing down, stopping, and reversing a signal is a core functionality for information
processing. Here, we show that this functionality can be realized by tuning the dispersion of a …

Dispersionless flat bands can be classified into two types:(1) non-singular flat bands whose
eigenmodes are completely characterized by compact localized states, and (2) singular flat …

BACKGROUND AND PURPOSE: Normal pressure hydrocephalus is a treatable cause of
dementia associated with distinct mechanical property signatures in the brain as measured by …

Two-dimensional (2D) materials have been experimentally proven to manifest almost all
types of material properties observed in bulk materials. However, 2D magnetism was elusive …

BACKGROUND AND PURPOSE: Spontaneous intracranial hypotension is a condition
resulting from a leak of CSF from the spinal canal arising independent of a medical procedure. …

In this study, we predicted two new stable metallic Resingle bondC based monolayer
structures with a rectangular (r-ReC 2 ) and a hexagonal (h-Re 2 C) crystal symmetry using first-…

In this study, we simulated a quantum rotor model describing a Josephson junction array (JJA)
in the phase representation at zero temperature in a perpendicular magnetic field (in units …

We simulate three types of random inductor-capacitor (LC) networks on $6000\times 6000$
square lattices. We calculate the dynamical conductivity using an equation-of-motion method …

Coarse-grained superconductor-insulator composites exhibit a superconductor-insulator
transition governed by classical percolation, which should be describable by networks of …