A Scientific Research Vault
Over the years, advancement in technology has helped in harvesting sun’s energy to maximum potential using solar panels. A recent development takes solar technology to the next level, here, the technology will not only help in generating electricity during rainfalls but also when the sky is covered with clouds. Thus, rain and sun both can trigger the innovative solar cell design.
Polymer scientists at University of Akron have developed an electrode, which is transparent in nature. Researchers aim to create shatterproof screens for smartphones with this newly fabricated layer of electrode. It’s been quite some time now since, researchers were looking for alternatives to conventional indium-tin oxide, the ITO technology used for making the touchscreen. Brittleness is one of the major flaws with smartphone screens made up of ITO technology. Another equally important reason for looking at its alternative is its scarcity. Moreover, escalation of smartphone and tablet market is fueling…
Using the nanoparticles of hydrous ruthenium oxide (RuO2) by first modifying them via carbon nanotubes (CNT) and graphene foam as the electrode material for the supercapacitor, the researchers at the University of California Riverside have developed an innovative energy storage device. They have simply called it a supercapacitor, which technically is a hybrid between a supercapacitor and a pseudocapacitor. Once the electrodes were formed via the modification (mentioned above), they were then added in an aqueous electrolyte. The resultant combination provided higher energy with more power density supercapacitors than the…
Scientists always dig deeper into the functioning of nature in order for their better understandings. At times, these trials and errors have given rise to serendipity or accidental discoveries in science, amongst others, recent being how sliding saltwater over graphene generated electricity. While at other times, these experiments go beyond the natural order of workings even at the miniscule level.
Topological insulators by default mean heavy and electron-rich elements however, recent research at sub atomic levels are changing this age-old fact. Researchers have been fascinated with this evolved class of material. According to Wikipedia, A topological insulator is a material with time reversal symmetry and trivial topological order, that behaves as an insulator in its interior but whose surface contains conducting states, meaning that electrons can only move along the surface of the material.