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Silicon dioxide (SiO2) is a compound of silicon and oxygen, commonly called silica and the elements are linked by the covalent bond. It is one of the components of the sand and can be found naturally in Quartz. It is usually white or colorless and is not soluble in water or ethanol. By associating with minerals, it forms the silicate family. Silicon dioxide (SiO2) has several industrial applications such as an additive in the food industry. Its function is to act as an anti-binder, a …

The fullerenes are constituted by a network formed by 12 pentagons and 20 hexagons, closing the sphere. Each carbon of a fullerene is sp hybridized in the form of a sigma bond (simple bond) with three other carbon atoms, subtracting one electron from each carbon. The most important property of Fullerenes is its high symmetry. In this one, there are 120 symmetry operations, such as axis rotations or reflections in the plane. This makes the C60 molecule the most symmetrical molecule since it …

Holmium is a metalloid of the lanthanide group and like many other rare earth metals that we have already covered in previous posts, holmium has a characteristic bright silver color. It is a fairly soft and considerably malleable metal. It is stable in dry air and at room temperature, although it easily loses stability when making contact with humidity and very high temperatures. It is believed that as with other similar rare earth metals, holmium micron powder does not have a high degre …

The development of Antibacterial Nanopowder has been approached by different areas of science as a possible solution to a wide variety of pathologies (meningitis, encephalitis, bacteremia and febrile gastroenteritis) associated with bacterial colonization on surfaces of medical devices, hospital garments and even at the level of infrastructure. Although human mortality from nosocomial infections has decreased over the last century, this is a public health problem that requires more attent …

Nanotechnology, apart from its multiple applications, is beginning to be used for the benefit of the arms industry. This raises the possibility of terribly effective and devastating new weapons. Thanks to graphene and nanotechnology, rifles of all kinds can be manufactured. Integrated computers would allow the remote control of any weapon as well as a more compact assisted operation would facilitate better robotics. In addition, these materials would be manufactured with a minimum amount o …