Hiroshi Shinokubo, Japan, and his coauthors discovered a simple reductive dimethylation that transforms Ni(II) 5,15-diazaporphyrins into stable, antiaromatic porphyrinoids

A Simple Route to Stable Antiaromatic Compounds from Diazaporphyrins

2025 Chemistry Europe Award Presented to Stefan Grimme at IUPAC Opening Ceremony
At IUPAC 2025 in Kuala Lumpur, Stefan Grimme received the prestigious Chemistry Europe Award for his contributions to density functional theory

TR-FRET Patform for Rapid Drug Measurement in Cells
A modular TR-FRET system quantifies small-molecule drugs directly in cell lysates with high sensitivity, ideal for screening and drug development.

🧪 Article Highlight: Light-Activated Iron Catalysts for Efficient Curing of Dark Alkyd Paints
Photoactive iron–naphthalene complexes enable fast, environmentally friendly curing of even dark-pigmented alkyd paints

Chirality Unveiled in DNA by Terahertz ROA
This study reveals spontaneous chirality in guanosine G-quadruplexes using terahertz ROA, offering insight into life's origins and bioanalysis.

Chemistry Europe’s Top Summer 2025 Book & Podcast Picks
What to read or listen to this summer? I have asked members of the Chemistry Europe community to recommend enjoyable science-themed books and podcasts

Porphyrin Nanodots Target Breast & Cervical Tumors
Methoxy-porphyrin nanophotosensitizers show promise in photodynamic therapy, selectively attacking breast and cervical cancer cells with precision

Copper-Salen Complex Shows Promise as Safer Cancer Agent
A new copper-salen complex targets cancer cells with reduced harm to healthy cells, offering a potential alternative to traditional chemotherapy drugs

Iron Boosts BODIPY Heat Power for Cancer Light Therapy
Iron-enhanced BODIPY photosensitizer boosts heat generation, offering a powerful new approach for deep-tissue photothermal cancer therapy

🧪 Article Highlight: Planar Tetracoordinate Fluorine in Binary Clusters
First examples of planar tetracoordinate flourine atoms in binary M₄F₄⁻ (M = Li, Na) clusters have been predicted using quantum chemical methods