There is definitely no way that you can ever imagine life without electronics. That is why over the past decades, so much has been dedicated towards the research of electronics and its components. Particularly, these are pointed towards graphene and silylene.
What Are Graphene And Silylene?
According to Graphenea, Graphene is simply a thin layer of pure carbon taking the form of a single yet tightly packed layer full of carbon atoms that come together in the form of a hexagonal honeycomb lattice. It is known to be the thinnest compound and the lightest material known as it is only 1 square millimetre and weighs .77 milligrams. However, it is also the strongest compound as it is 100 t0 300 times stronger than steel. Not only that, it is also the best conductor of electricity.
On the other hand, silylene, first experimentally observed in 1964 by P.S. Skell and E.J. Goldstein, is another chemical compound that has no electrical charge but contains a divalent silicon atom. It used to be called silene but was actually a wrong notion.
Silylenes are known to be a type of chemical compound that cannot be isolated because they are unstable and considered reactive intermediates.
Graphene vs. Silylene: Which Is Which?
There has been a lot of research conducted on graphene. However, these are mostly geared towards finding out the best ways of building a transistor. And to say it in the clearest way, knowledge on graphene is basically a giant unknown according to www.itproportal.com. In fact, a silicon wafer goes through a very long process including etching, polishing, bathing in chemicals, heating, cooling, testing and cutting before it goes to the distribution as a microprocessor. And from this process, the graphene wafer was created. However, it can be said that simple graphenes are still not very easy to make at this time and technology.
The silylene, on the other hand, is considered to come in handy in the future of electronic products because it is made of silicon that is formed into a thick single atom. However, just like the graphene, it is very difficult to prepare silylene. Even scientists have devoted eight long years to theorizing the role of silylenoids and creating silylene but their efforts have become futile.
According to Hihuadu, the application of silylenoids will be much easier compared to graphene if the scientists can overcome the difficulties. This is because of the fact that majority in the electronics industry is made from silicon-based chip design.
With that, it can be concluded that graphene is more common though it remains to be a mystery to scientists. But, silylene has the more potential in the electronics technology. It is hoped, though, that these two will be researched on more intensively together.
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Silylene, Graphene