Page 8 - Study Lead News Today

A government-funded research institute under the Ministry of Science and ICT has proven to be successful in developing rare-earth-saving permanent magnets.

Scientists have formulated a unique measurement and imaging method that would resolve nanostructures smaller than the diffraction boundary of light without necessitating any labels or dyes.

Researchers from Barts Cancer Institute at Queen Mary University of London have identified a way to reverse resistance to a group of cancer drugs, known as kinase inhibitors, in leukemia cells.

Researchers have formulated a new nanotechnology method for finding and removing painful and unsafe lesions related to endometriosis, a widely prevalent gynecological disorder in women of childbearing age.

Scientists at Monash University have created a faster, more effective nanodevice for filtering proton and alkaline metal ions, which will aid in the development of next-generation membranes for clean energy conversion and storage.

Scientists have formulated a new fabrication process that permits infrared (IR) glass to be integrated with a different glass and created into intricate minute shapes. The method can be used to develop intricate infrared optics that could render IR imaging and sensing a lot more easily accessible.

Irish or Scotch, blended or single malt? While a whisky aficionado might be able to differentiate a good drink from a mediocre by just smelling it, most drinkers depend on the label, back or otherwise.

A team of Cornell University engineers has built a deep-ultraviolet laser made up of semiconductor materials that demonstrate immense promise for enhancing the use of ultraviolet (UV) light for sanitizing water, sensing unsafe gases, and sterilizing medical tools, facilitating precision photolithography, and so on.

Droplet manipulation has vital applications in domains such as water harvesting, heat management, and chemical reactions.

Scientists from Virginia Tech, in partnership with Pacific Northwest National Laboratory, have revealed that key components of the global carbon cycle used to monitor the movement of carbon dioxide (CO2) in the atmosphere are not accurate, which could considerably change traditional carbon cycle models.