Magnetic corn silk composite pulls toxic chromium from water and lifts out with a magnet
Researchers transformed waste corn silk into a magnetically recoverable Fe3O4 composite that removes up to nearly 99 percent of hexavalent ...
Researchers transformed waste corn silk into a magnetically recoverable Fe3O4 composite that removes up to nearly 99 percent of hexavalent ...
A study of Indonesian tenth-graders shows that traditional tobacco-curing barns can anchor culturally responsive STEM learning, though students still need ...
Researchers have developed a green-synthesized gallic acid, tin oxide and activated carbon nanocomposite that removes up to 98.64 percent of ...
A 45-year global analysis of 885 landfalling tropical cyclones reveals that strong storms now weaken 18.6 percent faster after landfall ...
A multi-analytical study shows that guano-derived taranakite transforms into the rare cave mineral francoanellite at low activation energy, driven by ...
Physicists have proved, using quantum information geometry and metrology, that no machine operating under the laws of quantum mechanics can ...
A lattice-constrained effective model reveals sharp peaks in specific heat and a rapid stiffening of the isentropic bulk modulus as ...
Tohoku University researchers propose a framework called Physics-Grounded Materials AI that embeds thermodynamic, kinetic, and electronic-structure principles into machine learning ...
A new thermodynamic analysis shows that accounting for particle flux across the universe's non-comoving apparent horizon allows cold dark matter ...
A new theoretical and cross-species study shows that cells allocate metabolic enzymes according to a Pareto trade-off between maximizing pathway ...
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© 2025 Scienmag - Science Magazine