The zero-temperature physics of interacting quantum dots attached to superconducting leads is now well understood. overall qualitative picture obtained from the static mean-field approximation. situation drastically changes at non-zero temperatures. No reliable solutions apart numerical simulations exist there. We show that any approximation fails temperatures since magnetic fluctuations induce...

We calculate the radiative parton energy loss in deeply inelastic scattering (DIS) off a large nucleus within generalized high-twist approach. The final gluon radiation spectrum is convolution of hard partonic part and transverse momentum dependent (TMD) quark-gluon correlation function, without twist expansion initial gluons used original high TMD function can be factorized approximately as pr...

Abstract Nonlinear dynamic structural optimization is a real challenge, in particular for problems that require the use of explicit solvers, e.g., crash. Here, number design variables typically very limited. A way to overcome this drawback linear auxiliary load cases which are derived from nonlinear analysis results order enable application static response optimization. The equivalent method (E...

this work reports the effect of nanotube aspect ratio and waviness index on stress and displacement distributions of functionally graded nanocomposite cylinders reinforced by wavy single walled carbon nanotubes based on a mesh-free method. the mechanical properties of these composites are assumed to be graded along radial direction and estimate by a micro mechanical model. in the mesh-free anal...