The computational design, fabrication, and experimental evaluation reported is the first dynamic demonstration of a mechanically tunable negative stiffness metamaterial.

The computational design, fabrication, and experimental evaluation reported is the first dynamic demonstration of a mechanically tunable negative stiffness metamaterial.
Special issue in Advanced Healthcare Materials, edited by Jürgen Groll and Jos Malda, covers bioinks, melt electrowriting, printing bone tissue, islet cells, tendons, skin, trachea, kidneys and more.
A new process for making biomimetic materials.
A simple, quick and versatile approach for fabricating gradient tissues through the physical force of buoyancy.
A Spanish-Israeli team of scientists developed a new, versatile plastic-composite sensor that can detect tiny amounts of water. The 3D printable material is cheap, flexible and non-toxic and: it changes the colour.
Customizing treatments to meet individual patients’ needs is the future of healthcare.
Hydrogel coatings are produced in situ on various 2D and 3D objects.
Zhiyong Tang on the highlights of his career and science.
Luis Liz-Marzán on nanoparticles, a concerning trend in science, and his future research plans.
Revealing the mechanics of helicoidal composites through beetle developmental stage analysis and additive manufacturing.