The continuing increase in the brilliance of synchrotron radiation beamlines allows for many
new and exciting experiments that were impossible before the present generation of …

With the technique of synchrotron X‐ray activation, molecule‐like, non‐plasmonic gold and
silver particles in soda‐lime silicate glasses can be generated. The luminescence energy …

Nucleation is of great interest to materials scientists, physicists, and chemists studying
fundamental scientific aspects of this phenomenon, as well as engineers working to develop …

The use of high brilliance and partial coherent synchrotron light for radiography and
computed tomography (CT) allows to image micro-structured, multi-component specimens …

We report the chemistry and photophysics of atomic gold and silver particles in inorganic
glasses. By synchrotron irradiation of gold-doped soda-lime silicate glasses we could create …

In this work, we report the formation and growth mechanisms of gold nanoparticles (AuNPs)
in eco-friendly deep eutectic solvents (DES; choline chloride and urea). AuNPs are …

Vibrational spectra of small neutral gold clusters containing up to 8 Au atoms are measured
in the far-infrared (46–222 cm–1) via photodissociation of their complexes with krypton …

We report on the multiphoton-induced luminescence of gold nanoparticles embedded in thin
glassy silicate–titanate films. The glassy layers doped with gold (III) chloride are synthesized …

Photonic media containing hybrid noble metal–dielectric nanocrystals (NCs) represent a
wonderland of nanophotonics, with a myriad of uncharted optical functions yet to be …

Gold ruby glass was made by irradiating a soda-lime-silicate glass with ca. 0.2 weight% of
gold with gamma rays and further heating instead of using a reducing agent such as …