NANOTECHNOLOGYEngineers are developing new membranes using nanotechnology for energy-efficient organic separations. Find out how this eco-friendly technique is done.
Imperial College London creates a novel neural network model that uses nanomagnets. Learn more about this structure and how nanotechnology could improve modern AI-based simulations.
A team of researchers developed a quantum-quality printing device using diamond materials known as nanodiamonds. Know more about the hardest material ever.
Researchers have developed a mechanism using nanoparticles that may potentially replace antibiotics. Learn more about the mass phytoproduction method here.
Scientists developed a solar nanowire-nanotube device for accessible drinking water. Learn more about this new invention that will help achieve sustainability.
Researchers developed a new technique using soap-like bubbles as nano-containers. Discover how this approach may help more effectively address future pandemics.
Researchers compared treatment effects of insulin alone and nanomaterial alone in mice. Discover about this new approach to treating Type 1 & Type 2 diabetes.
Quantum dots allow doctors and scientists to see specific cell types inside the body. Discover how these dots are made brighter to show the body’s deep tissues.
Carbon capture is gaining its popularity due to its promising impact against climate change. Read on to know more about a concept that can improve this solution against global warming.
Researchers have recently developed a single-step approach in the fight against cancer using nanocapsules. Find out how effective this chemodynamic therapy is.
Researchers developed a computational tool using magnetic nanoparticles. Find out how this innovation can be helpful in applications such as drug delivery.
The Lifeboat Foundation has raised our GETAS alert level from Guarded to Elevated. The Lifeboat Foundation has raised our GETAS alert level from Guarded to Elevated.
With the use of highly innovative fluidic flow approaches plausible in the Flinders VFD or vortex fluidic device, an Australian research team has capped off a decade of study to discover a technique to use "clean chemistry" to unravel the mystery of "mixing immiscibles."
The root of the discovery of a research team involving a new type of nanocrystal gel is found to be easily tunable which means it can be switched between two different conditions by changing the temperature.
In their study published in Biosensors and Bioelectronics, the researchers specified that "in-solution nanosensors," also called "Nano2," serve to identify disease antigens in a specimen by simple mixing.
Nanotechnology reports recently said, researchers at Empa might be able to solve the problem involving machines and electronic devices and develop a small electricity generator made of quantum dots that will work at room temperature.