The Science of Life

Hello, and welcome to the Organic Chemistry lecture series by The Science of Life.  Today, I’ll be covering some basic definitions which will be necessary for the rest of the course. To begin, what is Organic chemistry?  To put it simply, it is the chemistry of the compounds which contain carbon.  There are some definitions which exclude the most oxidized of these compounds, such as CFC’s in old school aerosols, Teflon, and carbon dioxide, but for the purposes of this course, these severely oxidized compounds of carbon will not be considered, so for all practical purposes in this course, these two definitions incorporate the same set of compounds covered in this course. Everything in this course, though, falls under the definition of the word chemical, which are substances which, in their pure form, contain the atomic nucleus of one or more element.  This means everything from glucose to fructose, from vitamin C to cyanide, from proteins to aluminum fall under the definition

Hello Internet, and Welcome to the Organic Chemistry Lecture Series by The Science of Life.  This is the first lecture, so let’s start off at the beginning.  That means let’s start off with the synthesis of the units of chemistry in mother nature, well before either the Earth or Humans were even ever a thing. The Big Bang happened 14.7 billion years ago.  This was the first instance of space, energy, and time in our universe.  It’s where the universe itself banged into existence.  What caused it is a mystery; nobody knows how it happened. Notice what was missing from the list: matter.  In the very first seconds of the universe, there was no matter in the universe.  Everything in the universe was on the energy side of the  equation.  After a few minutes of cooling, the energy finally became cool enough (and therefor cool enough) to condense to form matter in the form of quarks and bosons.  The quarks are the building blocks of protons and neutrons required for the nucleus of atoms