MIT engineers design modular bacteriophage nanoparticles for cancer vaccines
MIT researchers have developed a modular bacteriophage-based nanoparticle platform that allows for the precise control of antigen density, enabling the ...
MIT researchers have developed a modular bacteriophage-based nanoparticle platform that allows for the precise control of antigen density, enabling the ...
MIT and USDA researchers have developed water-resistant, food-grade silk microneedles coated with shellac that can deliver vaccines underwater to rainbow ...
MIT researchers used super-flexible, charged connector molecules to tune how nanoparticles bond, producing previously unseen crystal structures.
Physicists have developed a theoretical model describing how relativistic particles move through extreme fluids, offering new insight into the universe's ...
MIT researchers have developed UQ-DAAAM, a system that identifies and corrects mislabeled object descriptions stored in a robot's 3D memory ...
MIT researchers have developed Social.Wiki, a platform that lets users edit social applications and choose which edits by others they ...
A skin-mounted magnetometer array wirelessly tracks implanted magnetic beads to sense muscle dynamics and drive neuroprosthetic control.
MIT researchers showed that tiny magnetic beads implanted in muscles can accurately track muscle movement in people with below-knee amputations, ...
MIT researchers have built an implantable device that pairs a 24-transducer ultrasound array with a drug-delivery cannula to spread therapeutic ...
MIT researchers report in Nature an electrochemical system that extracts high-purity hydrogen from ammonia and liquid organic carriers at around ...
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© 2026 Scienmag - Science Magazine