the most molecular level forming larger globs of itself, eventually causing supermassive structures. These structures clash into each other just like the particles they are composed of, creating mayhem upon the neighboring materials and themselves. These structures collide and crumble, breaking off pieces of themself over and over again for millions of years until finally the first solar systems are born.
Among the growing population of solar systems is our home star system. Our star system finally calmed down. In this new fashion of unity among celestial neighbors, our earth gradually ceased to be a volcanic lava based planet. Temperatures lowered, allowing water vapor to cool, forming our oceans.
It’s at this point that life has its opportunity to begin. But how it does so is a mystery. The common theory of life’s ascension is due to a billion years of ocean molecules mixing around, being jolted by lightning repeatedly, until one day, the first cell is born, which then multiplies.
“The Urey-Miller experiment suggested that the conditions on earth 4.5 billion years ago led to the formation of certain key organic molecules, which assembled themselves into larger molecules that eventually went on to form the first cell. However, much of the optimism that this experiment generated began to fade under the cloud of an impenetrable paradox.”
According to Joseph Panno, PhD’s book “The Cell” paradoxically, “Modern cells depend heavily on an interaction between proteins and nucleic acids (DNA and RNA). The proteins are used to construct the cell, and a special group of them, called enzymes, control the many chemical reactions that are necessary for cells to live.
DNA is a collection of blueprints, or genes, that store the