Solid-state caloric cooling edges closer to replacing vapour compression
A Nature Energy review finds that caloric cooling technologies could eliminate high-global-warming-potential refrigerants, but a persistent gap between material performance ...
A Nature Energy review finds that caloric cooling technologies could eliminate high-global-warming-potential refrigerants, but a persistent gap between material performance ...
Researchers traced a one-minute disturbance recurring in power grids across five continents to clock-synchronized self-tests in battery-based uninterruptible power supplies.
A covalently linked cobalt phthalocyanine catalyst on carbon nanotubes sustained reactive CO2 capture and conversion for over 1,000 hours by ...
A precursor linkage strategy using acetate anions enabled single-phase Cu(In,Ga)Se2 films and solar cells with 18.53% champion efficiency.
University of Delaware researchers report a battery-inspired direct air capture system that removes carbon dioxide from air at room temperature ...
Researchers have embedded single-crystal covalent organic frameworks into polymers at record loadings, producing carbon capture membranes with unprecedented permeability and ...
A Nature Energy study projects that EU solar and wind targets through 2050 will generate unprecedented demand for copper, zinc, ...
Researchers have demonstrated a 250-kilowatt system that co-produces hydrogen and fresh water from seawater by using waste heat from alkaline ...
Researchers have demonstrated a durable nickel hydroxide battery cell that captures carbon dioxide directly from air at 132 kJ per ...
A Nature Energy study shows that terrain, permitting regimes, and regulatory maturity cause hydrogen pipeline costs to vary by a ...
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© 2026 Scienmag - Science Magazine