➀ Researchers have developed a new microchip design that uses sound and light instead of electricity; ➁ The technology utilizes stimulated Brillouin scattering to generate and control sound waves on a microchip surface; ➂ The research could lead to advancements in 5G/6G networks, sensors, and advanced communications technology.
Recent #Sensor Technology news in the semiconductor industry
➀ The Karlsruhe Institute of Technology (KIT) has developed the open-source platform 'OpenEarable';
➁ This platform integrates a variety of sensors in wireless headphones for comprehensive health measurements and security applications;
➂ OpenEarable 2.0 allows developers to create customized software with over 30 physiological parameters measurable directly in the ear.
➀ A research team at the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) has developed an e-skin that detects and tracks magnetic fields with high precision.
➁ The technology is designed to be light, transparent, and permeable, mimicking the human skin's interactions with the brain.
➂ The e-skin uses a magnetosensitive layer as a global sensor to localize magnetic signals and is capable of reconstructing signals similar to how the human brain processes touch.
The Corromap project aims to close the knowledge gap in corrosion measurement for fuel cells. Corrosion limits the performance and lifespan of fuel cells crucial for the hydrogen economy. The research focuses on in situ corrosion measurements during the operation of the cells. Partners include the Fachhochschule Südwestfalen in Iserlohn and the Zentrum für Brennstoffzellentechnologie Duisburg (ZBT).
The project aims to introduce sensor technology into fuel cells to vary corrosion conditions under laboratory conditions. The ultimate goal is to prevent corrosion and performance losses in the necessary fuel cell technology.
Strategies include monitoring and controlling the operating conditions of fuel cells, optimizing materials and coatings, and developing cost-effective manufacturing processes.
➀ The fourth Applied Sensorics Technology Day (TAS) at Coburg University focused on sensorics as a key technology for the future.
➁ The event featured discussions on the latest developments and innovative applications in sensorics.
➂ Presentations included practical applications in areas like environmental and infrastructure monitoring, industrial sensorics, and healthcare technology.
➀ Fraunhofer researchers have developed sensor systems and measuring equipment to detect leaks in hydrogen lines and tanks;
➁ The systems are designed for continuous monitoring of hydrogen shipments and facilities in the chemical industry;
➂ Multiple sensor technologies are used to provide safety equipment for various scenarios of the future hydrogen economy.
➀ The Technical University of Darmstadt has introduced a state-of-the-art humanoid robot, TALOS, to its research portfolio, marking the launch of the new Laboratory for Humanoid Robotics.
➁ TALOS, from Pal Robotics, is a versatile robot capable of handling heavy objects, climbing stairs, and interacting with humans and mechanical colleagues.
➂ The robot is equipped with advanced sensors and computing power, including an AI accelerator, to perform complex tasks and movements.
➀ X-Fab and Attosemi have demonstrated the latest version of Attopsemi's I-fuse S3 OTP on X-FAB's XH018 process;
➁ The new design uses 1.8V devices, reducing the footprint by a factor of four compared to the existing version;
➂ The I-fuse S3 OTP is an innovation in peripheral design that complements the I-fuse® cell technology.
➀ The Technical University of Ilmenau is launching a research project to enable direct, contactless measurement of human biosignals.
➁ The new sensor system, part of the ELFISENS project, is designed to capture biosignals without touching the skin.
➂ The technology aims to revolutionize the monitoring of biosignals in electroencephalography and provide gentle long-term monitoring, especially for newborns.
➀ An international research team, including scientists from TU Dresden, has developed a new two-dimensional conducting polymer, 2DPANI, with exceptional electrical conductivity and metallic charge transport behavior.
➁ This breakthrough could lead to the development of more efficient organic electronics and has been published in 'Nature'.
➂ The material demonstrates anisotropic conductivity and metallic out-of-plane electric transport properties, opening new prospects for applications in electronics and sensor technology.
➀ Researchers at UK universities have developed a non-invasive wearable 'sticker' that can monitor and detect changes in people's breathing rates. The device, led by Nottingham Trent University and University Hospital Southampton, is designed to provide early warnings for health issues like sepsis and COVID-19. It uses a capacitive sensor that can detect changes even without direct skin contact. ➁ The technology is promising for managing chronic respiratory diseases such as asthma and sleep apnoea. ➂ The study, funded by the National Institute for Health Research, shows a significant potential in enhancing patient outcomes and operational efficiency in healthcare.
➀ The reference design by Texas Instruments enables in-cabin occupant detection for airbag deployment, child detection, and more; ➁ The design integrates a radar front end, ARM MCU, and DSP core; ➂ It supports a wide field of view and close-range sensor configuration for detection and localization across a vehicle.
➀ The research explores the development of silver-coated laser-induced graphene (LIG) strain sensors to overcome limitations of traditional sensors; ➁ The sensors demonstrate enhanced sensitivity and reliability compared to uncoated sensors; ➂ The integration of silver nanoparticles improves the electrodynamic properties, making them suitable for biomedical monitoring and other applications.
➀ Researchers in Tokyo develop a hydrogen sensor capable of detecting concentrations as low as five parts per billion (ppb); ➁ The sensor relies on nano-patterned copper oxide (CuO) nanowires and titanium and platinum electrodes; ➂ The sensor demonstrates resilience to humidity and the ability to detect hydrogen at both ultra-low and high concentrations.
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.
➀ Researchers from Singapore and China have developed a non-contact biosensor integrated into seatbelts for real-time physiological monitoring; ➁ The biosensor can detect respiration and heartbeat signals without direct body contact, overcoming challenges posed by vehicle vibrations and dynamic environments; ➂ The technology has the potential to improve road and air safety by continuously assessing vital signs.
➀ Researchers at Fraunhofer IWS are developing biomimetic artificial grippers that can 'feel'; ➁ The grippers use sensors to gently grip objects without causing damage, inspired by nature; ➂ The technology could be applied to harvesting robots and autonomous rovers for various tasks.
➀ Sensirion introduces a new temperature sensor, STS4L, with ±0.4°C accuracy between 0 and 60°C; ➁ The sensor operates over a wide temperature range and voltage range, with low power consumption; ➂ Communication is via I2C up to 1MHz, and it is available in three address variants; ➃ The long-term drift is typically under 0.03°C per year.
➀ Quantum sensors are being developed to register nerve impulses without contact, offering new possibilities for prosthetics. ➁ Researchers at Fraunhofer IPA are working with Q.ANT to create a prototype of a prosthetic arm controlled by neural commands like healthy limbs. ➂ The technology, which uses a diamond-based sensor, promises non-contact and robust measurement of human biosignals, potentially revolutionizing the field of prosthetics.
➀ Sensors play a crucial role in modern society across various fields such as scientific research, industrial production, national defense, and healthcare; ➁ High-end sensors are considered a 'card up the neck' technology due to their high precision and dependence on new principles, materials, and devices; ➂ The application of sensors ranges widely, from smartphones to medical instruments, and they are vital for the development of new technologies and industries; ➃ China's high-end sensor industry faces challenges such as reliance on imports and gaps in innovation and technology.
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