Subscribe to our Nanotechnology Spotlight feed
Researchers develop a groundbreaking silk peptide nanoparticle system for co-delivering erlotinib and curcumin, marking a significant advancement in targeted cancer therapy with the potential to overcome current treatment limitations.
Novel wet spinning method produces densely packed, highly conductive carbon nanotube yarns in minutes, opening doors for large-scale production and applications.
Researchers have created the first single-layer liquid crystal display that can project dynamic full-color holographic images, a breakthrough for holography.
Researchers have developed a method for precisely controlling the 3D arrangement of microscopic particles using laser light and a phase-changing gel medium.
Revolutionary bioresorbable films extend life of implantable electronics, dissolving safely after use.
Researchers have developed transparent wood with tunable, long-lived room-temperature phosphorescence, enabling applications like smart windows and lighting.
Researchers explore the potential of porous silicon nanotube bundles as nanocarriers for delivering small interfering RNA (siRNA) into cells, achieving around 50% knockdown of a target protein. This drug delivery approach holds promise for RNA therapeutics.
Researchers unveiled a technique using electric fields to induce "explosive emulsification" propelling liquid droplets via nanoparticle interface effects, enabling programmable soft microactuators.