New Frontiers in Material Science
From the resilience of infrastructure and manufacturing to the precision of imaging and analysis, materials science underpins the technologies that shape our world. As demands grow for precision, durability, and performance, the ability to understand and characterize at every scale has never been more critical.
In this dedicated feature page, gain access to a curated collection of articles, resources, and technologies that highlight how material analysis is advancing across disciplines. From practical guidance to emerging techniques and real-world applications, these insights support researchers, engineers, and scientists in pushing the boundaries of what materials can do. Whether you are refining workflows or exploring new frontiers, you will find tools and knowledge to stay informed, inspired, and equipped for discovery.
Covering everything from advanced particle tracking with next-generation ASICs to precision approaches for evaluating concrete durability, water content, and material hardness, this feature reflects the depth and diversity of modern materials research, helping you make confident decisions and accelerate innovation.
Pixel-level tuning of Timepix4 advances detector technology
Discover how the Timepix4, a new-generation programmable readout ASIC (application-specific integrated circuit) has emerged from a collaboration between CERN, universities, and research institutions around the world aiming to enhance sensitivity and timing in 4D-STEM imaging.
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Accelerated carbonation test of concrete using gas sorption and mass spectrometry
Discover how dynamic sorption and mass spectrometry enable rapid, reproducible carbonation analysis, empowering researchers to model long-term behavior and evaluate novel cement formulations for CO₂ uptake.
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The Fast Forecasting Amperometric control algorithm for EVA Volumetric KF Titrators
Discover how to accurately determine water content in materials with EVA Volumetric KF Titrators. Learn how a Fast Forecasting Amperometric (FFA™) algorithm enables this for precise and efficient results in your analysis.
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Hardness testing in powder metallurgy
Explore the specialized techniques and automated technologies that support accurate, reproducible microhardness testing, allowing researchers to validate powder material quality with confidence and efficiency.
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