Revolutionary self-inductive electromechanics

Light-activated molecular machines make cells 'talk': Mechanical control of vital cellular processes could revolutionize drug design

Researchers from Queen Mary University of London have made breakthrough advances in biology with the development of a new type of electrically variable stiffness artificial muscle. Published in Advanced Intelligent Systems, this cutting-edge technology possesses self-sense and has the potential to revolutionize medical applications and soft robotics. The artificial muscle seamlessly transitions between soft and … Leer más

Revolutionary glass printing technique creates world’s smallest 3D printed wine glass – 3Dnatives

Revolutionary glass printing technique creates world's smallest 3D printed wine glass - 3Dnatives

In a remarkable technological feat, researchers at KTH Royal Institute of Technology have successfully 3D printed the world’s smallest drinking glass. This tiny glass, with edges thinner than a human hair, demonstrates a groundbreaking new technique for using silica glass structures in various applications. The development of this simplified method for 3D printing silica glass … Leer más