Proceedings, Volume 26, 2019

This talk advertises scattering-type scanning near-field. [...]

The fundamentals aspects of the key physics underlying the optical behavior of magneto-plasmonic nanoantennas are briefly introduced. A survey of applications to a variety of emerging technologies is presented as an example of their broad scientific...

Magnonic crystals (MCs) are materials with periodically modulated magnetic properties where
the spin waves (SWs) band structure consists of intervals of allowed SW frequencies and forbidden
gaps in which there are no allowed magnonic states. [...]

Hole-doped rare-earth manganites, like. [...]

The standard approach to represent the experimentally measured data depending on some
continuous parameter is to draw them as a curve, i.e. as a continuous function which fits the
experimental points and hopefully follows some theoretical explanation. [...]

Neutron Compton scattering (NCS) is a unique experimental technique made possible by the [...]

Though the mechanical properties of ice and water differ, they still have much in common from [...]

Liquid crystals (LCs) confined in various host system have attracted great interest in recent [...]

We study transitions of 1D systems of macrospins between their equilibrium configurations under a
uniform magnetic field and under variations of the distances of the macrospins in such chains. [...]

Transformations of alkali metals at high pressures is one of the hot topics of modern condensed matter physics. [...]

Spectroscopy in the femtosecond time domain can both reveal fundamental insight in the properties of materials and provide relevant experimental tests for functional systems. [...]

Since their discovery, scintillator materials have played an important role in nuclear and particle physics, as well as in medical and industrial imaging. [...]

Autocatalysis, i.e., the speeding up of a reaction through the very same molecule which is [...]

In recent times, the interaction between magnetization and heat currents in a magnetic material
has gained a renewed interest thanks to the observation of the spin Seebeck effect (SSE) [1,2]. [...]

Many biophysical factors affect human circulation, so that. [...]

FeCo/Al₂O₃ nanoparticles thermal sprayed on a steel plate with different Co concentration from 0 to 20% by means of a thermal spraying process, Fe_60−xCo_x(Al₂O₃)₄₀ powder alloy was synthesized using planetary ball mill for different Co concentra...

Perovskite-like compounds are widely known as model systems for studying the relationships
between crystal structure and physical properties. [...]

Cerenkov counters and transition radiation detectors are particle. [...]

The cuprate high temperature superconductors develop spontaneous charge density wave
(CDW) order below a temperature TCDW and over a wide range of hole doping (p). [...]

Gas sensors are becoming increasingly important for the safety and quality of human life.

The multiscale modeling of complex molecular systems is a hot topic of the modern theoretical
and computational research. [...]

In this study, granulated polylactic acid and ZnO, SiO₂ and Al₂O₃ powders were mixed to form PLA/ZnO and PLA/ZnO SiO₂ Al₂O₃ composites with different concentrations using a solvent casting method. [...]

Smart polymers as poly-N-isopropylacrylamide (PNIPAM) are well known due to their fast response to variations of parameters like temperature, pH, and pressure. [...]

BaTiO₃ (BTO) is considered as a textbook material for the description of structural phase transitions (SPT) and the appearance of ferroelectricity. [...]

Although the magnetic wires have been [1] broadly investigated, some of their dynamical
properties, like: (anti)crossing between the spin wave modes and the impact of the magnetic field on
the spin wave spectrum, still need to be explored. [...]

Low-dimensional chemical sensors based on metal oxides have received great attention for the applications in security and medical diagnoses. [...]

Recently, considerable attention has been given to the properties of systems that contain [...]

Despite the large strength of the coherent effects of particle deflection and radiation in crystals,
all their applications are essentially limited by the incoherent scattering process. [...]

Fabrication and modeling of patterned thin films with perpendicular. [...]

Plasmonics exploits the collective motion of conduction electrons in metals (plasmons) [...]

Ni₂MnGa is a ferromagnetic shape memory alloy in which a large spontaneous deformation up to 12% has been observed after application of an external magnetic field [1]. [...]

The nucleation processes are still today between the more intriguing problems of the condensed [...]

Bi₂Fe₄O₉ is a common by-product in the synthesis of the multiferroic compound BiFeO₃ and has been claimed itself to display multiferroic properties [1]. [...]

In metals, the details of the Fermi surface and the magnitude of the matrix elements connecting different points defined on it determine most of their transport properties, which are limited by the electron-phonon coupling and the scattering by impur...

Controlling the magnetic moment of individual atoms is a technologically important challenge,

with applications as high density storage devices. Breakthrough experimental studies have recently

shown that it is possible to create stable magnetic quantum...

The mechanism of high-TC superconductivity in cuprates. [...]

The investigation of innovative dynamical processes for the fabrication of highly doped and
high quality Ge layers is currently a hot topic in many applicative fields such as nanoelectronics,
photonics and radiation detectors. [...]

Conventionally, experimental phonon dispersions are determined by inelastic neutron scattering on triple-axis spectrometers or by inelastic X-ray scattering, in both cases requiring single crystalline samples. [...]

Since the ’70, physics of interaction between bent crystals and heavy particles (protons or ions) [...]

Channeling is the phenomenon well-known in the physics world mostly related to the propagation of the beams of charged particles in aligned crystals. [...]

Topology is known to stabilize rather exotic states in condensed matter and in magnetic
materials. [...]

The Debye model presents an essential and elegant description for the relaxation phenomena based on statistical mechanics. [...]

The electron accelerator MAMI is multilevel racetrack microtron with a beam energy from 180 MeV up to 1.6 GeV and a continiuous beam current of more than 20 µA. [...]

The Debye model of dielectric relaxation provides us with the simplest shape of spectral [...]

Metal closo-borate compounds have attracted recent attention as superionic lithium or sodium conductors. [...]

Zeolites, crystalline and microporous aluminosilicates, are one of the most important groups of functional materials. [...]

Molecular spins are characterized by an effective electronic and magnetic tunability and [...]

Spinwave propagation in yttrium iron garnet (YIG) films has a long history [1] but has recently [...]

Oxygen ionic conductors are materials of fundamental interest for the development of ambient [...]

Computational investigation of anharmonic and temperature-dependent aspects of lattice dynamics requires, among other things, replication of the conditions of thermal equilibrium. [...]