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What if materials used in LEDs and implants could be made into nanocrystals? University of Chicago researchers have developed a method to produce them. Researchers at the Universit...
How nanotechnology is entering military drones through advanced batteries, sensors and coatings, from cheap FPV systems to underwater vehicles.
Engineered nanoparticles crossed the blood-brain barrier in mice, reprogrammed support cells into neurons, and improved learning and memory in Alzheimer's models.
How nanotechnology could improve AI chip cooling, from thermal interface materials and high-bandwidth memory packaging to nanostructured surfaces and microfluidics.
From enzyme-like nanoparticles to a global research field, nanozymes now inspire art that makes advanced chemistry accessible to wider audiences.
A stress-driven fabrication method creates 6–10 nm nanopores in parallel, potentially shifting biosensor production to conventional semiconductor fabs.
Fabrics that kill bacteria, shield the skin from ultraviolet radiation, conduct electricity, and even clean themselves under sunlight are no longer the stuff of science fiction. A...
US-based materials technology company demonstrates proprietary and commercially viable production of phase-pure gallium nitride nanoparticles.
A tiny fleet of machines that can be steered through the bloodstream by nothing more than a magnetic field is moving closer to the clinic, according to a comprehensive review publi...
Chemical engineers found a way to rapidly produce lipid nanoparticles of varying sizes, which could make it easier to develop new vaccines and therapeutics.
More than 250 million people worldwide live with visual impairment, and without better treatments, as many as 115 million could be blind by 2050. A new review of nanofiber hydrogel...
Wireless millirobots the size of a pencil tip could one day replace open-heart surgery and ineffective drug therapy.
Researchers reveal how oxygen and electron beams control nanopore shape in hexagonal boron nitride, enabling precise atomic-scale engineering.
A new automated X-ray microscopy system analyzes hundreds of airborne particles in 10 hours instead of 44, revealing nanoscale chemical differences while dramatically reducing manu...
Nano-antennas make voltage-sensitive proteins in living cells up to six times brighter and ten times faster, enabling more precise electrical signal imaging.
Materials scientist and chemist Antonio Facchetti, formerly of the Georgia Institute of Technology in the United States, has joined the Hong Kong University of Science and Technolo...
In a development that reads like nanotechnology’s answer to Roman engineering, a team of South Korean researchers has built ultrathin films that borrow the ancient brick-and-mortar...
Nowadays, technology is increasingly focused on making electronics smaller, as many industries – from medicine to aerospace and security – stand to benefit. But reducing the size o...
A class of hybrid nanoparticles could help address one of nanomedicine’s most persistent problems: how to carry a therapeutic molecule through the body without losing it too early...
A simple camera-based method tracks rapid metal nanoparticle formation and shows that clusters coalesce, rather than atoms assembling one by one.
Targeting autophagy, the body’s natural cell recycling system, can cure gliomas in mouse models.
A new atom-thin carbon film could help overcome one of the biggest barriers to faster and more energy-efficient microchips.
Researchers used nanoscale manufacturing techniques from the semiconductor industry to design a copper current collector that helps lithium build up evenly during battery charging....
Self-assembling nanopores detect trace disease-linked proteins and track toxic aggregation in real time at single-molecule resolution.
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