EPR Knowledge Zone

Unlocking the Power of Electron Paramagnetic Resonance (EPR)

What We Presented at EFEPR 2026: Multiharmonic Analysis and Biomedical EPR

At EFEPR 2026 in Brno, Novilet presented how modern EPR is evolving through multiharmonic analysis, advanced signal processing and new biomedical applications. From eSpect+ and EPR imaging to biodosimetry and non-invasive diagnostic concepts, discover the technologies shaping the next generation of EPR.

The Role of Free Radicals in Beer Production: Implications and Insights

Free radicals in beer production impact flavor, color, and shelf life. Managing them is crucial for ensuring consistent brewing quality.

Trends in EPR Research: Advancing the Boundaries of Science

Discover EPR research trends: in vivo applications, imaging, quantum science, machine learning, and spin probes transforming scientific advancements.

EPR Data Interpretation: Key Concepts and Approaches

Interpreting Electron Paramagnetic Resonance (EPR) data requires understanding spectra, which reveal magnetic properties, structure, and dynamics of paramagnetic species. EPR spectra contain rich information.

The Unique Advantages of EPR Spectroscopy Over Other Techniques

EPR detects paramagnetic species, including free radicals and metals, essential for research. This article highlights EPR’s advantages, showing why it’s preferred for specific analyses

Exploring EPR Imaging: Principles, Techniques & Applications

EPR Imaging maps unpaired electron distributions in samples, unlike traditional EPR, which focuses on structure. It’s vital in materials science, biomedical research, and environmental studies.