This study reveals how individual CoFe₂O₄ nanoparticles drive oxygen evolution (OER), using nano-impact electrochemistry to uncover true catalytic behavior


This study reveals how individual CoFe₂O₄ nanoparticles drive oxygen evolution (OER), using nano-impact electrochemistry to uncover true catalytic behavior

A smart hydrogel delivers cobalt-based drugs to triple-negative breast cancer cells with precision, showing strong activity and minimal side effects

Test your knowledge! Mass spectrometry is a powerful analytical technique that identifies and quantifies chemical species by measuring the mass-to-charge ratio of ions

Water-friendly catalyst Co₄N@C made with NaCl efficiently destroys tetracycline in wastewater using PMS-green tech for cleaner water, fast reuse.

Precision-modified foldamers show promise in targeting drug-resistant bacteria, offering a new path for therapeutic development.

Potent triazole-tethered hybrids show strong cancer-killing action against TNBC and prostate lines, offering hope for smarter, targeted treatment options.

Enhancement of cobalt sulfide-carbon nanofibers with sulfur vacancies to create supercapacitors that deliver high capacitance and long cycle life.

Short peptides offer new clues to protein behaviour, unlocking how disordered proteins function and paving the way for disease research and drug design.

Discover how sequencing monomers leads to unique 2D block copolymers, offering new strategies for designing functional materials for electronics and sensing.

New boron compounds show strong thermally activated delayed fluorescence (TADF), offering sustainable, efficient path to next-gen OLEDs without rare metals