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An invisible nanomaterial is a new and upcoming concept in material sciences. Such materials have been theorized since the beginning of electromagnetic theory but have never been observed until recently. The foundation of invisible materials is based on anapole moments that result in radiation-less particles. The application areas of invisible nanomaterials include nanolasers, metamaterials, cloaking applications, enhancement of nonlinear effects, and photonic absorption.IntroductionR …

As a class of bottom-up viewpoint in nanoparticle synthesis, inert gas condensation is a perfectly developed and popular nanoparticle synthesis technique owing to its capability and flexibility to control the synthesis process. Briefly, the material is evaporated under the pure helium atmosphere with the helium atoms serving as a cooling agent condensing the atoms to finalize the formation of nanoscale particles. IntroductionIn the process of nanoparticle synthesis through inert gas co …

The newly developed C65 carbon black is a highly specialized product of modern-day engineering technologies. The C65 offers remarkable conductivity along with other numerous advantages. Its most special use is in the lithium-ion battery. It significantly enhances the efficiency, productivity, life, and performance of the lithium-ion battery.IntroductionThe use of carbon black as additives is not a new development. The use of the carbon black was started about a hundred years ago when it was …

Cubic boron nitride is advertised as an analogous material to the world famous carbon allotrope diamond. In terms of mechanical strength, the resemblance is uncanny. In addition, cubic boron nitride shows advantageous electrical, optical, and chemical properties. These desirable properties are commonly utilized in mechanical and electronic applications.IntroductionBoron Nitride (BN) is a popular inorganic compound capable of showing different forms and properties. Similar to many other ino …

The source of solar energy is the fusion of hydrogen atoms in the core of the Sun at the temperature of about 160,000,000°C and the pressure of about 250 billion atmospheres. At this extremely high temperature and pressure, two atoms of hydrogen fuse to generate helium with the consecutive burst of energy in the form of heat and light. IntroductionIn order to understand the amount of energy generated by the sun, it is helpful to compare it to the energy generation by the biggest …