Nanostructures

Research reveals that nanostructured hard-carbon florets can raise the temperature of the surrounding air from room temperature to 60 degrees Celsius.

Reseachers have developed a nanostructured high-entropy alloy that is far more ductile and stronger than other state-of-the-art additively manufactured materials. Created by researchers at from the University of Massachusetts Amherst and the Georgia Institute of Technology, the material could pave way for building higher-performance components used...

In what could mark a major step toward solving the problem of freshwater scarcity, scientists have developed a device that filters saltwater a thousand times faster than conventionally used devices. On the industrial scale, seawater is made fit for drinking through the desalination process.

The disease diagnosis device uses nanotechnology, whereas conventional phase-imaging methods rely on a range of bulky components such as prisms and interference setups, which cost thousands of dollars.

Researchers have developed a technology to make textiles clean themselves within less than six minutes when put them under a light bulb or out in the sun.

Scientists have developed a first-of-its-kind self-healing gel that could repair and connect electronic circuits, an advance that could lead to next-generation of flexible electronics.

A 3-D nanostructure designed and developed by scientists at the University of Illinois may make it possible to recharge mobile phones in seconds and a laptop within minutes.The nanostructure would also charge high power lasers and defibrillators, required in surgeries, without loss of time between pulses, the journal Nature Nanotechnology reports.P...

Research reveals that nanostructured hard-carbon florets can raise the temperature of the surrounding air from room temperature to 60 degrees Celsius.

Reseachers have developed a nanostructured high-entropy alloy that is far more ductile and stronger than other state-of-the-art additively manufactured materials. Created by researchers at from the University of Massachusetts Amherst and the Georgia Institute of Technology, the material could pave way for building higher-performance components used...

In what could mark a major step toward solving the problem of freshwater scarcity, scientists have developed a device that filters saltwater a thousand times faster than conventionally used devices. On the industrial scale, seawater is made fit for drinking through the desalination process.

The disease diagnosis device uses nanotechnology, whereas conventional phase-imaging methods rely on a range of bulky components such as prisms and interference setups, which cost thousands of dollars.

Researchers have developed a technology to make textiles clean themselves within less than six minutes when put them under a light bulb or out in the sun.

Scientists have developed a first-of-its-kind self-healing gel that could repair and connect electronic circuits, an advance that could lead to next-generation of flexible electronics.

A 3-D nanostructure designed and developed by scientists at the University of Illinois may make it possible to recharge mobile phones in seconds and a laptop within minutes.The nanostructure would also charge high power lasers and defibrillators, required in surgeries, without loss of time between pulses, the journal Nature Nanotechnology reports.P...