Automated lipid nanoparticle platform promises faster RNA therapy design
MIT chemical engineers have built an automated, self-correcting platform that rapidly produces lipid nanoparticles of precisely controlled sizes and shapes, ...
MIT chemical engineers have built an automated, self-correcting platform that rapidly produces lipid nanoparticles of precisely controlled sizes and shapes, ...
Researchers have developed a dual-drive strategy that converts covalent organic framework powders into large, defect-free 2D and 3D membranes capable ...
Researchers in China have developed an interpretable multimodal AI framework that predicts the research octane number of pure compounds and ...
A new review in the Annals of Biomedical Engineering shows that supercritical carbon dioxide can clean, drug-load, foam, and sterilize ...
A new micro-space transformation process for fabricating ZIF-8 metal–organic framework membranes, highlighted in Nature Chemical Engineering, supplies the scale-up data ...
Researchers at Changzhou Institute of Technology propose a systematic recycling framework that translates circular economy principles into actionable green chemistry ...
A rapid flash Joule heating process couples waste fluorine from persistent PFAS with waste silver to produce reusable silver fluoride, ...
Researchers argue that the classic permeability–selectivity trade-off is no longer enough to evaluate next-generation CO2 separation membranes, proposing a broader ...
Stanford engineers have developed an autothermal methane pyrolysis method that heats reactors from within by burning a portion of the ...
Researchers at Johns Hopkins University have developed a membraneless electrochemical carbon capture system using solid-state sodium iron phosphate counter-electrodes that ...
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© 2025 Scienmag - Science Magazine