It is one of the most enigmatic and influential documents in the history of human thought. Alchemical in nature, the Emerald Tablet contains thirteen lines of text and is said to contain wisdom and understanding from the time of Hermes Trismegistus, one of the most significant sages of antiquity. For over a thousand years, this document has been influencing the thoughts of many great minds, including Isaac Newton. Its primary tenet is: "As above, so below," and is widely considered one of the primary teachings of the modern spiritual movement, yet its true meaning and application are of far greater significance than has been commonly understood and accepted.
This week, you'll journey back to Hellenistic Egypt to decode this ancient document and discover not only its esoteric truths, but a powerful formula for personal transformation, a secret science of the soul that is now becoming increasingly evident in advanced theories of modern physics.
The Mystery of the Tablet
Though the beginnings of the Emerald Tablet are wrapped in mystique, it is said that the Scripture was first found in a concealed place, clenched tightly in the skeletal fingers of Hermes Trismegistus. This may be a fable but it is also equally captivating how far the Emerald Tablet has traveled as a text. The earliest version we know about is from an Arabic book called the Kitab Sirr al-Asrar (The Secret of Secrets) from the 8th Century and that Arabic version became Latin-text in the twelfth-century, which then sparked the alchemical movement across medieval Europe.
For hundreds of years, the alchemists believed that the Emerald Tablet gave them the tools to change lead to gold. However, while the greatest of them realised that "lead" and "gold" were simply metaphors for the relationship between the unconscious and the enlightened state of consciousness, the Emerald Tablet serves as a manual for each practitioner of the Great Work.
Here is the full text, from the celebrated translation by Isaac Newton himself, who was a dedicated alchemist as well as a physicist:
