New photodetector material senses light from visible to infrared
New photodetector material senses light from visible to infrared in a single device, enabling broadband detection from 0.5 to 9.6 μm with scalable fabrication
Category: Nanotechnology
Nanovaccine halts tumor growth and reduces cancer recurrence in lab models
A novel nanovaccine has demonstrated the ability to stop tumor growth and prevent cancer from recurring in animal models. Researchers…
Ultra-strong coating blocks bacteria and viruses on organic surfaces
An ultra-strong coating resists bacteria and viruses on complex organic surfaces, staying durable and reducing pathogen viability across a broad range
Nanocellulose foams advance water purification and green electronics
Researchers have developed highly porous, ultra-lightweight foam materials from nanocellulose, a renewable substance derived from plant fibers. These innovative foams,…
New two-step method controls WS₂ epitaxy growth
A new method provides precise, layer-by-layer control over the growth of tungsten disulfide (WS₂), a two-dimensional material with significant potential…
Scientists create bone substitute from 3D-printed glass
A research team has developed a novel method for creating a bioactive glass that can be 3D printed into patient-specific…
Nanotechnology targets crop pests while sparing beneficial insects
A new form of pest control is under development that uses nanotechnology to create targeted treatments, a breakthrough that could…
Nanoculture technique unlocks new frontiers for microbiome research
Nanoculture techniques using nanoscale environments advance microbiome research by enabling growth of unculturable microbes and precise, targeted delivery
Ball mill technique produces nanoscale scaffolds to filter PFAS
Ball-mill synthesis yields nanoscale covalent organic frameworks that filter PFAS from wastewater, optimized at 36 Hz with 266 mg powder and 250 μL solvent
Scientists visualize the atomic structure of moiré materials
Researchers map the atomic structure of moiré materials with AI-powered Gomb-Net, precisely locating atoms and dopants in twisted tungsten disulfide using STEM