Molecular Shape Holds the Key to Sharper Optical Pressure Standards
Researchers in Madrid have extended the century-old Lorentz–Lorenz relation with a molecular shape factor computed from quantum-chemical charge densities, cutting ...
Researchers in Madrid have extended the century-old Lorentz–Lorenz relation with a molecular shape factor computed from quantum-chemical charge densities, cutting ...
Researchers in Japan and Israel have engineered nitrogen-enriched blue pigment molecules into platinum-free fuel cell catalysts that achieve a record ...
A new Nature Communications study shows that existing models have underestimated U.S. hydrogen pipeline construction costs and that repurposing natural ...
Using nanoscale vibrational spectroscopy inside carbon nanotubes, researchers have directly observed water losing its hydrogen-bond network under extreme confinement.
A University of Bath feasibility study finds that swapping standardized hydrogen tanks instead of pumping gas could cut refueling infrastructure ...
A new numerical study shows that enriching methane with 35 percent hydrogen in a swirl-stabilized gas turbine combustor cuts carbon ...
A new review of more than 450 studies maps how artificial intelligence is transforming clean technologies across energy, carbon capture, ...
A Nature Energy study shows that terrain, permitting regimes, and regulatory maturity cause hydrogen pipeline costs to vary by a ...
Stanford engineers have developed an autothermal methane pyrolysis method that heats reactors from within by burning a portion of the ...
MIT chemists have shown that using a palladium membrane as the anode of a molten-hydroxide electrochemical cell allows electricity, rather ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine