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04/06/2026

What if waste wood could help detect contaminants in drinking water? 💧

Researchers at Nanjing Forestry University have developed a color-changing fluorescent probe made from waste spruce wood that can detect formaldehyde at concentrations below WHO safety limits.

It's a fascinating example of how spectroscopy and sensor technology are advancing environmental monitoring.

Learn more in the comments 👇

04/06/2026

Environmental laboratories are under increasing pressure to detect trace metals at sub-ppb levels while maintaining data defensibility and operational efficiency. Discover how advances in ICP-MS technology are helping laboratories address evolving drinking water regulations, reduce interferences, and streamline EPA Method 200.8 workflows for lead, arsenic, cadmium, mercury, and more.

Save Your Spot: https://hubs.li/Q04jYn890

03/06/2026

What should researchers understand before working with a SERS assay?

This Pathways in Spectroscopy installment explores why determining the function of a surface-enhanced Raman spectroscopy (SERS) assay is important and shares career advice for researchers in biological and clinical analysis.

Learn more in the comments 👇

02/06/2026

Petrochemical labs can’t afford delays, failed digestions, or compliance gaps when handling complex samples.

Don’t miss this virtual event to learn how SRC microwave digestion and direct mercury analysis can help improve workflow efficiency and analytical confidence.

Save Your Spot: https://hubs.li/Q04jzhN20

02/06/2026

Shining a light on sustainability 🌎🔬

Spectroscopic techniques are playing an important role in climate sustainability efforts, including detecting methane emissions and generating data that can help inform environmental policy decisions.

What role do you think science and technology should play in shaping environmental policy? Find out more by checking out the link in the comments.

01/06/2026

Not all saturated ring compounds are equally easy to detect by infrared spectroscopy.

This column explores the spectra of cyclic alkanes such as cyclopentane and cyclohexane and examines why some are more challenging to identify than others.

Have you encountered any surprising limitations or challenges when working with IR spectroscopy? Learn more in the comments 👇

28/05/2026

How should companies balance innovation, usability, and compliance in analytical instrumentation? 🔬

A recent article presents a strategic roadmap for the development of next-generation atomic spectroscopy instruments, focusing on ICP-MS, ICP-OES, and AAS systems used in trace elemental analysis.

The discussion highlights beta validation, product prioritization, and innovation planning aimed at improving both technical performance and long-term market success.

What features or advancements do you think are most important for the future of analytical instrumentation? Share your take & then find out more in the comments below.

27/05/2026

What discovery helped change the course of optical science? 🔬

This feature article traces C. V. Raman’s life, scientific evolution, and foundational contributions to quantum spectroscopy, exploring the path that led to one of the most important discoveries in physics.

Learn more in the comments 👇

26/05/2026

Petrochemical samples can overwhelm traditional digestion methods, creating challenges for accuracy, safety, and compliance.

Discover how SRC microwave digestion and direct mercury analysis can help labs streamline workflows and confidently handle complex matrices.

Register Here: https://hubs.li/Q04hDn6p0

22/05/2026

🌟 Best of the Week: This week’s top Spectroscopy stories included a new Molecular Spectroscopy Workbench column, a reflection on the life and career of C. V. Raman, and a preview of a new upcoming video series.

Catch up on this week’s top stories in the comments 👇

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