Recent #Biomechanics news in the semiconductor industry

3 months ago

➀ Engineers have developed a hopping robot inspired by squirrels' agility, aiming to replicate their ability to parkour through branches and land precisely.

➁ Researchers combined biological studies with robotics to analyze squirrels' jumping techniques, focusing on the forces applied during landings and the use of torque for balance.

➂ Insights from these studies were used to improve the robot's landing mechanics, potentially leading to enhanced capabilities such as navigating complex flat surfaces beyond just narrow perches.

Biomechanicsrobotics
3 months ago

➀ A team from Saarland University's Faculty of Engineering and Medicine is developing smart implants at the university and university hospital to monitor and promote healing in body bone fractures.

➁ The robotic implants can stiffen and soften through shape-memory technology, allowing for permanent monitoring of fracture healing.

➂ The research team is miniaturizing the technology for use in market screws as part of an EU project.

2nm3D IC3nmAIAI ChipAI PCAMDArmAsusBiomechanicsChipletCoolingDRAMDellEDAEMIBEUVGDDRGPUGaNHBMHPCInfineonLaptopLinuxMicrochipNPUNVIDIAPCIePrivacyRaspberry PiSK HynixSSDSmart MaterialsSoftwareSwitchTIautomotivecpucybersecuritygamingiosmedical technologymemorymonitorroboticssemiconductor
7 months ago
➀ Skinetix, a spin-off from imec/VUB, is developing sports clothing with integrated sensors to record detailed movement and muscle activity for injury prevention; ➁ The platform uses a personalized biomechanical model to provide insights into muscle condition, movement quality, and fatigue; ➂ The technology is designed to assist medical teams in monitoring athletes' muscle activity and optimizing training programs.
AIBiomechanicsImecSensor TechnologySports Technology
10 months ago
1. Prof. Dr. Matthias Woiczinski leads the Experimental Orthopedics research area at Waldkliniken in Eisenberg, focusing on the forces acting on hip implants and the impact of various knee prostheses on gait. 2. The research team uses a broad spectrum of methods including kinematics, in-vitro studies, and simulations to improve orthopedic care. 3. The team also investigates the long-term effects of plastic abrasion from implants on surrounding bones and collaborates with various medical departments and medical technology companies.
BiomechanicsMedical ResearchOrthopedic Implants