par Frédéric PELASCINI | 4 Juin 2023 | Actualités
Layers of self-healing electronic skin - Innovations Report … realign autonomously when cut. The advance presages a new era of robots and prosthetics wrapped in self-healing synthetic materials imbued with human-like sense of touch. Human skin is amazing.......
par Frédéric PELASCINI | 4 Juin 2023 | Actualités
A conductive self-healing hydrogel to create flexible sensors Recent advancements in the field of electronics have enabled the creation of smaller and increasingly sophisticated devices, including wearable technologies, biosensors, medical implants, and soft robots....
par Frédéric PELASCINI | 4 Juin 2023 | Actualités
Discovery challenges 30-year-old dogma in associative polymers research A University of Virginia-led study about a class of materials called associative polymers appears to challenge a long-held understanding of how the materials, which have unique self-healing and...
par Frédéric PELASCINI | 4 Juin 2023 | Actualités
Rethink, rewrite, redefine—how biodegradable plastics are reshaping sustainability Researchers at UC San Diego have spent many years developing a biodegradable plastic alternative made from algae. This algae-based polymer has already been used to make surfboards, flip...
par Frédéric PELASCINI | 4 Juin 2023 | Actualités
Development of an AI-based mass spectrometric technique capable of determining the monomeric sequence of a polymer The National Institute for Materials Science (NIMS) has developed an AI-based mass spectrometric technique capable of determining the monomeric sequence...
par Frédéric PELASCINI | 29 Mai 2023 | Actualités
Visualizing PET's degradation by bacterial enzymes A recent interdisciplinary study which involved the ICM-CSIC presents a new methodology to observe the molecular details of enzymes that degrade single-use plastics. The work opens up new avenues to engineer enzymes...
