The Microcosm Podcast, Episode 4: The Future of Steel Analysis with MicroXRF & MacroXRF Technology
In this episode, we explore how advanced technologies like micro and macro X-ray fluorescence ensure the quality of advanced high-strength steels used in cars, bridges, and pipelines. Discover how precise elemental mapping helps prevent defects, optimizes production, and improves sustainability in steel manufacturing.
The Microcosm Podcast, Episode 3: Brain Tissue Analysis – High-Resolution MicroXRF for Alzheimer’s Disease
Alzheimer’s disease (AD) remains one of the most perplexing neurodegenerative disorders, affecting millions worldwide. Understanding the molecular underpinnings of this disease is a key step in developing effective interventions. IXRF Systems recently collaborated with Prof. Lee Makowski from Northeastern University to explore the potential of laboratory-based microXRF technology—specifically our Atlas system—to analyze human brain tissues and uncover insights into disease progression.
The Microcosm Podcast, Episode 2: Urban Art Analysis with MicroXRF – Uncovering Hidden Histories
Discover the hidden stories of urban art with microXRF technology. Explore how the Atlas microXRF system reveals intricate details beneath murals and graffiti, uncovering artists’ techniques, hidden signatures, and artwork evolution layer by layer. From Ghent’s dynamic Graffiti Alley to Lisbon’s curated Galleria de Arte Urbana, learn how this precise technology helps preserve cultural heritage and deepen our understanding of urban creativity.
The Microcosm Podcast, Episode 1: Enhancing Geological Thin Section Analysis with MicroXRF
Discover how micro X-ray fluorescence (microXRF) is giving geologists “X-ray vision,” revealing hidden chemical fingerprints in rocks that traditional methods can’t detect. MicroXRF provides detailed elemental maps, helping scientists unravel geological mysteries and understand how rocks transform under heat, pressure, and chemical interactions. Join us as we explore the remarkable capabilities and future possibilities of microXRF technology.