How cutting-edge two-photon excitation fluorescence microspectroscopy is uncovering the true colors of prehistoric plants, one photon at a time.
Discover how scientists use soft X-ray and vibrational spectroscopy to study the complexation of copper with organic molecules in water, revealing crucial environmental and industrial processes.
Discover how scientists use light, computers, and clever chemistry to design pyrazole-based drugs through experimental and theoretical approaches.
Discover how scientists use advanced technology to verify the origin and variety of peaches and nectarines, ensuring quality and fighting food fraud.
Exploring catalyst deactivation in hydrodesulfurization through infrared spectroscopic analysis using adsorbed CO as a molecular probe.
Discover how AI and short-wavelength NIR spectroscopy are revolutionizing pharmaceutical quality control and combating counterfeit drugs.
Discover how scientists use spectroscopy and chromatography to validate the quality and dosage of powerful anti-nausea 5-HT3 antagonist drugs in pharmaceutical products.
Discover how quasi-near field terahertz spectroscopy revolutionizes molecular fingerprint detection with unprecedented sensitivity and resolution.
Exploring how spectroscopy reveals the interaction between hematoporphyrins and lipoproteins in cancer photodynamic therapy
Discover how spectroscopy and ion-exchange resins are transforming soil testing for sustainable agriculture.