Invited 1 – Shingo Nakane - Relation between mechanical properties and network structure of the aluminoborosilicate glasses.
Invited 2 – Francisco C. Serbena - Residual stress measurements around indentations in soda-lime and borosilicate composites using fluorescence spectroscopy.
Invited 3 – Hellmut EckertNew Insights on Six-Coordinated Silicon in Glasses.
Invited 4 – Gael Poirier - Second order non-linear optical properties in thermally poled tantalum germanate glasses and glass-ceramics.
Invited 5 – Aluísio A. Cabral - SEM Microstructure Characterization of a SrO-CaO-BO3 -SiO2 Glass-ceramic with surface and volume crystallization.
Invited 6 – Hellmut Eckert - The Glassy Part of Glass-Ceramics: What can we Learn by NMR?
Invited 7 – Márcio L. F. Nascimento - Silica Viscosity Investigated by Means of Principal Component Analysis.
Invited 8 – José Schneider - Mixed-Ion Effect in Phosphate Glasses: Ion Dispersion, Ion Dynamics and DC Conductivity.
Invited 9 – Eduardo B. Ferreira - Glass crystallization kinetics via DSC – Determination of particle shape.
Invited 10 – Ana C.M. Rodrigues - Substituting P with Si to enhance the ionic conductivity of NaTi2(PO4 )3 NASICON glass-ceramics.
Lecture 1 - M. Radha - Role of Ni2+ in transparent glass-ceramics with semiconductor nanocrystals for broadband amplification.
Lecture 2 - M. Seshadri - Efficient Near-Infrared Down-Conversion in Pr3+ /Yb3+ co-doped B2O3 – Bi2O3 – PbO glass.
Lecture 3 – Valentina Gacha Mendoza - Crystallization properties of tantalum phosphate glasses.
Lecture 4 - Azat O. Tipeev - Seeded crystallization in supercooled Lennard-Jones liquid: Classical Nucleation Theory analysis.
Lecture 5 – Benjamin Moulton - The structure of barium silicate glasses and crystals: Insights from Raman, 29Si MAS NMR, and Molecular Dynamics Simulations.
Lecture 6 – Millena Logrado - Group-13 Elements into Bioactive Glass: Structure Study by Advanced Solid State NMR.
Lecture 7 – Daniel Cassar - Predicting the properties of multicomponent glasses using patterns found in simple glasses.
Lecture 8 – Gisele Santos - Development and use of artificial neural networks for obtaining optical glasses.
Lecture 9– Jeanini Jiusti - Analysis of 26 stability parameters for estimating the glass-forming ability of oxides.
Lecture 10 - Roger Borges - Bioactivity evaluation of superparamagnetic glass and glass-ceramics aiming bone cancer treatment by hyperthermia.