Medicine & TechnologyA study showed possible ways to manufacture graphene-based nano-inks for additive manufacturing of supercapacitors in flexible and printable electronics form.
Recent research suggests that a combination of AI and nanotechnology could open new solutions in precision agriculture that would help farmers react to real-time challenges in crop growth and prevent global hunger by 2030.
A new form of nanorobots, fast and self-propelled nanoswimmers, could soon help in a wide variety of applications, from drug delivery to industrial waste recovery.
Researchers discovered a new group of ultra-thin two-dimensional materials that possess numerous potential in aiding various fields of science, especially in nanotechnology.
Researchers at the Northwestern University have recently formed a smarter, tougher, and highly functional cement by introducing nanoparticles into ordinary cement.
For the first time, researchers from the Technion-Israel Institute of technology have recorded the dissemination of combined sound and light waves in single-layered materials.
A new class of nanomaterials, called self-aware metamaterials, could supposedly generate their own power and sense changes in their environment - ushering the next material of fabricated living structures.
Researchers recently shared their goal of soon enabling clothes like pair of jeans and a jacket among others, to one day, charge a mobile phone and other electronic gadgets through clean energy.
In the never-ending search for ways to harness energy, researchers are looking at a new method - using your clothes to harvest your own kinetic energy and power your electronic devices.
Ultra-stiff graphene was a result of optical forging in a recent study to cater to nanomechanical experiments. The flimsy structure of the graphene is now solved with a workaround.
Scientists recently developed nanobots or nano-sized robots and vehicles which are capable of navigating through blood vessels to deliver drugs in the fight against certain illnesses.
A new study recently focused on a new form of the so-called WS2 or 2D material tungsten disulfide, both considered a two-dimensional or 2D, and three-dimensional or 3D material.
A bright potential treatment for stroke combines the mechanisms of photosynthesis and nanoparticles in a new "nano-photosynthetic" system, that is said to reduce dying neurons, improve motor function, and help new blood vessels grow.