NANOTECHNOLOGYResearchers developed a lightweight foam made from wood-based cellulose nanocrystals. Discover how helpful these materials are in dealing with warm temperatures.
In two separate studies, researchers introduced a new approach to detecting ovarian cancer. Learn more about how a nanosensor platform helps with detection.
Experts from Japan recently developed a nanomembrane model that could filter out salt from seawater faster and more efficiently than the traditional desalination devices we use today. Learn more how the scholars built the nanostructure and how it works.
A group of engineers incorporated a common form of industrial plastic with carbon nanotubes to make tougher and stronger materials. Find out more about it.
Engineers 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 pharmaceutical scientist details how nanomedicine is helping with diagnostics and treatments of certain diseases. Read on and learn more about the material.
A new study developed a novel organic farming technique that produces quality plants and higher crop yields. Read more about the method and the specialized nanofertilizers used in the research.
Researchers devised a nanotech imaging tool that can be used to detect diseases via a smartphone. Learn about this tool that can fit on the lens of phone cams.
A team of researchers developed a quantum-quality printing device using diamond materials known as nanodiamonds. Know more about the hardest material ever.
Researchers developed self-powered devices that will help achieve sustainable energy. Find out how coconut husk can contribute to this eco-friendly goal.
Researchers develop a tabletop ultrafast device to make their lab works more efficient and faster. Learn more about what a spintronic X-ray microscope can do.
Researchers introduced a new approach to measure the nanomotion of bacteria. Discover the role of graphene drums in determining microbes, whether alive or not.