Sensor– tag –
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University of Arizona Demonstrates Graphene Nanoribbons for Radiation-Hardened Semiconductors and Sensors in Space & Fusion Reactors
University of Arizona USA Overview University of Arizona researchers have demonstrated the potential of graphene nanoribbons (GNRs) for advanced radiation sensors and radiation-hardened semiconductor chips capable of functioning in extre... -
ORBES Unveils ‘Exo-ORB’ Inspection Satellite for On-Orbit Services: Future Plans Include Robotic Arm for Repairs
Payload Space USA Overview California startup ORBES has unveiled 'Exo-ORB,' its first robotic spacecraft designed for on-orbit servicing missions. Exo-ORB is engineered to perform detailed high-resolution inspections of host spacecraft f... -
A4BEE Demonstrates Adaptive Digital Twin for Bioprocess Autonomy and Computer Vision for Non-Invasive Foam Management in Bioreactor Control
A4BEE Unknown Overview A4BEE has presented proof-of-concept for an adaptive digital twin aimed at bioprocess autonomy and computer vision for non-invasive foam management in bioreactor control. These innovations seek to bridge the gap be... -
Flexible Piezoelectric Sensors Enable Real-Time Monitoring and Self-Powering for Wearable and Medical Devices, Overcoming Traditional Battery Limitations
ResearchGate Global Overview This research focuses on integrating piezoelectric energy harvesting devices with wearable electronics to achieve self-powering by converting wasted energy, addressing limitations of traditional batteries. Fl... -
Physical AI’s ‘Missing Sense’: Piezoelectric Material Limitations Impede Reliable Tactile Interaction in Smart Systems
EDN USA Overview This article explores why physical AI systems can 'see' everything but 'feel' nothing, focusing on the limitations of piezoelectric materials. While excellent for vibration detection, piezoelectric materials struggle to ... -
Novel PLATON Detector Reconstructs 3D Particle Paths at High Speed, Revolutionizing Materials Science Detection
ScienceDaily USA Overview The new PLATON particle detector replaces millions of individual detector components with a single light-generating material block, enabling high-speed 3D particle path reconstruction. Integrating lightfield cam... -
Programmable Photonic Chip Controls Light Speed On-Demand for Next-Gen Communications
ScienceDaily USA Overview Scientists have developed a programmable photonic chip capable of slowing the speed of light on demand, offering unprecedented control over how optical signals propagate within a circuit. This innovation provide... -
Japan’s IHI and Finland’s Kuva Space Explore Partnership for Next-Gen Hyperspectral Satellites for Tokyo Earth Observation Constellation
Space Daily Japan Overview Japan's IHI Corporation and Finnish startup Kuva Space have signed an MOU to explore a partnership for building next-generation hyperspectral satellites for Tokyo's Earth observation constellation. The agreemen... -
University of Arizona Discovers Quantum Materials for Advanced Rad-Hard Electronics in Extreme Environments
University of Arizona News USA Overview Researchers at the University of Arizona have discovered new properties in quantum materials that could significantly enhance the radiation hardness of electronic components and monitoring devices ... -
ACS Study Highlights High Radiation Hardness of Infrared Nanocrystal-Based Photodiodes for Space Applications
ACS Applied Electronic Materials USA Overview Research in ACS Applied Electronic Materials reveals infrared nanocrystal-based photodiodes exhibit high radiation hardness for space applications. X-ray photoelectron spectroscopy and depth ...
