Tiny Nanoparticles in Rivers May Outmuscle Organic Matter in Breaking Down Pollutants
New research shows that titanium dioxide nanomaterials at parts-per-billion concentrations in surface waters can produce hydroxyl radicals at rates rivaling ...
New research shows that titanium dioxide nanomaterials at parts-per-billion concentrations in surface waters can produce hydroxyl radicals at rates rivaling ...
Chemists in Munich have created a four-amino-acid peptide weighing under 750 daltons that harvests visible light and catalyzes enantioselective deracemizations ...
A five-year study of Bhubaneswar shows that while winter ozone peaks have moderated, monsoon-season ozone baselines have doubled, creating persistent ...
Chemists have developed ruthenium-based photocaged PROTACs, called RuPHOTACs, that can be switched on with low-energy red light to selectively degrade ...
A new computational study reveals that solvent polarity strengthens dual hydrogen bonds and drives a stepwise double proton transfer in ...
A 42-day factorial experiment shows that pyrite galvanically couples with stibnite to drive antimony ore biodissolution, with microbes sustaining iron ...
KAIST and IBS researchers used ultrafast X-ray pulses to reconstruct a molecular movie showing that azobenzene flips shape through coordinated ...
New research from coastal Tianjin reveals that sea and land breezes dramatically reshape how PM2.5 and ozone respond to emission ...
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© 2025 Scienmag - Science Magazine