Understanding the interaction between light and matter at the smallest scales (angstrom scale) is essential for advancing ...

Macquarie University researchers have demonstrated a technique to dramatically narrow the linewidth of a laser beam by a ...

Hadrons are bound by quarks and gluons through the strong interaction. Their properties at low energies are non-perturbative, ...

The variational method of computing radar scattering cross sections has been applied to the bistatic scattering cross section for chaff dipoles. The average cross section was calculated for three ...

This leads to cascades of tens-of-meV kinetic-energy losses that distort nascent photoelectron spectra, prevent direct and accurate electron-binding-energy measurements, and limit possibilities to ...

A chamber can be used to measure the total scattering cross section (TSCS) of an object, in which the time-domain response needs to be analyzed to extract the scattering damping time. It has been ...

The bandpass filter introduced for temporal coherence enhancement is in the green wavelength range, which matches the plasmonic resonance of 30 nm AuNP and thus further amplifies its scattering ...

The scattering cross section is minimized with optimized parameter distribution, i.e., the materials parameters for the coating layers are determined by searching for the minimal value of the derived ...

Thermal neutron scattering cross-section data for light water available in the major nuclear data libraries observes significant differences especially at reactor operating temperatures. During the ...

The scattering of slow neutron beams provides unique, non-destructive, quantitative information on the structure and dynamics of materials of interest in physics, chemistry, materials science,biology, ...