All around us, everything we see is made up of incredibly small pieces of matter called atoms. These atoms, though incredibly small, are the building blocks for everything on earth and the rest of the universe, from buildings to people to even the stars. One particularly interesting atom that we will be discussing in this blog is Carbon. Carbon, though relatively small and simple compared to most other atoms, has played a massive role in the history of the earth, most notably being an essential part in all life known to humans.
Positioned at 6th on the periodic table, carbon is the sixth most common element in the universe, and fifteenth most common on earth. This is largely due to its relatively basic structure, and in its most common state, Carbon 12, it only has 6 protons, 6 neutrons and 6 electrons, with the electrons arranged into an inner shell of 2 and an outer shell of 4. It is considered fairly light, with an atomic weight of 12 amu, and is generally found as a solid on earth, with a melting point of 3550°C and boiling point of 3825°C. Carbon has fifteen isotopes, from Carbon 8-22, but Carbon 12 and 13 is considered stable. The isotope Carbon 14 is often used in Carbon dating on bones and pieces of plants to determine their date.
Carbon had been discovered by humans many thousands of years ago, and was first used in the form of charcoal at least 28 thousand years ago in rock art and cave paintings. At least 3000 years ago, diamonds, another allotrope of Carbon, were already being used as religious items and to engrave tools with, though their popularity later soared when they were used in jewellery. In 1772, Antoine Lavoisier first proved the existence of carbon, when after burning both diamonds and charcoal, he discovered they both released the same amount of carbon dioxide. Only 7 years later, Carl Wilhelm Scheele discovered graphite was also a form of carbon, and it is now used widely in a variety of areas, particularly in pencils. Though it had also been used for thousands of years in fires, coal, another form of carbon, also became incredibly important around this time and was essential to sparking the industrial revolution, and around 80% of our energy still comes from Carbon-based fossil fuels such as coal, oil and natural gasses. In modern times, Carbon in the form of various allotropes is still used in surprisingly similar ways to earlier times in history, though various other new uses for the element have been found throughout the last few thousands of years.
Another important quality of carbon is its valence electrons, which gives the atoms the ability to effectively bond with both more carbon atoms and a wide variety of other atoms, allowing for complex and diverse chemical bonds, structures and molecules that are essential to all life forms on earth. Without this unique property, as well as its small size, light weight and abundance on earth, life would be unable to exist, and the world would still be a barren wasteland, devoid of any living creature. This is by far one of the most important qualities of carbon, and another reason why it is such an important and special element.
Over the course of creating this blog and the 3D model, I have learnt much about both Carbon and coding. While coding, it was decided that, to make the atom seem both accurate and easy to understand, the model would not be to scale and would instead be much larger and more compact, with comparatively big electrons much closer to the nucleus. It was also decided that the electrons would orbit around the nucleus in a circle and that the circle would also spin around the nucleus along multiple planes, as it would better represent the electrons' orbit around a nucleus. It was also decided that the nucleus would have a slight vibration to better represent how the nucleus of an atom isn't always stationary, but constantly moving even at low temperatures and bouncing around off neighbouring atoms.
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