Materials science, innovation and industry.
Integration science and technology of advanced ceramics for energy and environmental applications.
OLEDs,the dawn of ultra efficient lighting
Adhesives accelerating innovation.
Push-Pull Alloys and the Legacy of Dan Shechtman.
How can collaborative global research and education benefit the world?
Highly efficient organic devices.
How complexity can help: the case of Aluminum-based intermetallics.
Electrical response of a columnar liquid crystal applied in a diode structure.
Luminescent materials for biomedical applications: the example of nanothermometers.
Science and technology of multifunctional oxide and ultrananocrystalline diamond (UNCD) films and applications to a new generation of multifunctional devices/systems.
Sensor Development Exploiting Graphite-Epoxy Composite As Electrode Material.
On the role of quantum mechanical simulation in materials science.
How gallium nitride can save energy, purify water, be used in cancer therapy and improve our health!
Connecting theory with experiment: A survey to understand the behaviour of multifunctional metal oxides.
Electrical power from heat: All-scale hierarchical thermoelectrics with and without earth-abundant materials.
Biomaterials. Merging Materials Science with Biology.
From unconventional to extreme to functional materials.
The Versatility of Mesoscopic Solar Cells.
Surfaces of Metal Oxides.