�When I speak of objects in time and in space, it is not of things in themselves, of which I know nothing, but of things in appearance.�
� Immanuel Kant, Prolegomena to Any Future Metaphysics, Part Three, The Cosmological Ideas.
With all that the human race has learned since Kant’s day, some of his maxims still ring true. There have been many realizations that have shaped humanities understanding of how the universe operates. Throughout it all, the majority of man’s believes about what is beyond their world has not matched pace. In the years following Kant, the West thought that it was about to reach an endgame in regards to science. All that was left were a few clouds on the horizon. Those clouds quickly grew to become massive hailstorms that completely altered the way one views nature and even the very nature of reality.
The majority of these storms one can trace their origin to the late, great Albert Einstein. The ideas that he cultivated helped to lead to one of the great revolutions in science. It even lead to the birth of cosmology as a science. His paper on the photoelectric effect lead to Quantum Mechanics, the most successful theory on describing the behavior of matter and energy on the subatomic level. His papers on relativity vastly changed the way one views space and time. His ideas showed that there was no actual distinction between time and space, they are both merely different dimensions of the fabric of reality, called space-time. The fourth paper published in 1905 entitled Does the Inertia of a Body Depend Upon Its Energy Content? gave rise to the famous equation E=mc2. This equation meant that energy and matter are equivalent; they are merely different forms of the same thing. (more…)

