Spectroscopy Magazine

How is AI shaping modern spectroscopic practice? A new Spectroscopy article summarizes key themes, findings, and perspectives from two years of coverage on AI integration in spectroscopy. ➡️ Explore the coverage: hubs.li/Q04h9m2f0 #AI #Spectroscopy

Current tests for drug induced liver injury still face major limitations. At Spring SciX 2026, Sian Sloan-Dennison discussed the challenges with current DILI diagnostics and how spectroscopy could improve assessment. Watch now: hubs.li/Q04gRfY90 #Spectroscopy #DILI

Are your chemometric models overfit? In this episode, Professor Rasmus Bro discusses overfitting, machine learning misuse, and calibration modeling in analytical science. 🎧 Listen now: hubs.li/Q04gR3gg0 #Chemometrics #DataAnalytics #Spectroscopy #MachineLearning

🌟 Best of the Week: This week’s top Spectroscopy stories included a new Pathways in Spectroscopy episode, coverage on assessing drug-induced liver injury, and previews of upcoming conferences. 🔬 Explore the roundup: hubs.li/Q04gQzfV0 #Spectroscopy #BestoftheWeek

A recent study in Analytical Biochemistry identified optimized circular dichroism spectroscopy parameters that reduced protein analysis times by up to 20-fold while maintaining data quality. 🔬 Explore the findings: hubs.li/Q04gcT9n0 #Biopharmaceuticals #ProteinAnalysis

What can attendees expect at CAC 2026? 🔬 This preview covers invited speakers, discussion topics, and social events planned for the Chemometrics in Analytical Chemistry International Conference. Explore the preview: hubs.li/Q04gd04h0 #Chemometrics #AnalyticalChemistry

🔬 The first Research Profiles in Spectroscopy installment highlights the UCSB Petrochronology Research Group and its work in laser ablation ICP-MS, isotope geochemistry, and petrochronology. Explore the research: hubs.li/Q04g6Sdd0 #ICPMS #Petrochronology #Geochemistry

Advanced tools like LC/MS/MS, GC/MS, and ICP-MS are transforming detection of PFAS, disinfection by-products, and trace contaminants—helping labs meet evolving global regulations and ensure reliable water safety: hubs.li/Q04cVv1y0 #WaterQuality

How does hydrostatic pressure regulate deep-sea microbial processes? Researchers have developed a high-pressure spectroscopy system to study microbial processes under extreme ocean conditions. 🔗 Find out more: hubs.li/Q04f_c-r0 #Spectroscopy #DeepSea #OceanScience

Heading to the 79th International Symposium on Molecular Spectroscopy this June? Here’s what attendees should know before the meeting. 🔗 See what to expect: hubs.li/Q04fCsP10 #ISMS #Spectroscopy #ConferenceLife

How is spectroscopy powering space exploration? 🌌 Explore planetary missions, exoplanet research, and the search for life beyond Earth in this special National Space Day eBook. 🔗 Take a look: hubs.li/Q04fC-3L0 #SpaceExploration #Spectroscopy #Astronomy

What work is shaping spectroscopy across applications? This article brings together the first nine “Top 10” collections for a cross-disciplinary view of influential research. 🔗Explore the feature: hubs.li/Q04fqJ940 #Top10Articles #Spectroscopy

How can individual microplastic particles be characterized with elemental and molecular detail? Researchers combined two analytical techniques for single-particle detection. 👉 See how: hubs.li/Q04f3tVD0 #Spectroscopy #Microplastics #MolecularSpectroscopy

What were the key takeaways from Spring SciX 2026? Spectroscopy spoke with Thomas Bocklitz about the latest advancements, with a focus on biomedical research. Explore more 👉 hubs.ly/Q04dW3Lr0 #SpringSciX #Spectroscopy

This National Space Day, see how spectroscopy is powering space exploration LIBS, Raman, and mass spectrometry are helping drive planetary missions and the search for life beyond Earth. 🚀 Explore the eBook: hubs.li/Q04f9sCq0 #Spectroscopy #NationalSpaceDay #SpaceScience

What’s it like to move from chemical engineering into spectroscopy? Ayush Agarwal shares his experience transitioning into analytical chemistry in this Pathways episode. Hear how it went ➡️ hubs.ly/Q04dTGf_0 #PathwaysinSpectroscopy #Spectroscopy #STEM

Where are the biggest bottlenecks in biologics analysis? A recent review maps how AI and automation could reshape biopharmaceutical quality testing. See the specific challenges and proposed solutions 👇 hubs.li/Q04dCPSk0 #AI #Automation #Spectroscopy #Biopharmaceutical

Advanced tools like LC/MS/MS, GC/MS, and ICP-MS are transforming detection of PFAS, disinfection by-products, and trace contaminants—helping labs meet evolving global regulations and ensure reliable water safety: hubs.li/Q04cTs-20 #WaterQuality

What happens when thin layers approach the penetration depth in ATR? This clip explores how an optical model captures partial-reflection effects in spectra. Watch Part 4 of 5 here: hubs.li/Q04dq_zj0 #ATR #Spectroscopy #Spectra

What are the advantages of electron paramagnetic resonance (EPR)-on-a-chip spectrometers? Find out how this approach is shaping analytical instrumentation ⬇️ Read more here: hubs.li/Q04dn1H-0 #EPR #Spectrometer #AnalyticalInstrumentation #Spectroscopy