Symposium for Rebus on the 'Z Ion'

Was the magic Philosophers' Stone really a Transformation Process involving three interconnected spheres? Had the secret of Hermes regarding the Three-in-One been a magical zone between the three spheres? Were the answers hidden in the rebus puzzle words? That is what the most famous alchemy texts tell us. This picture-based symposium book explores the concept of the Three-in-One interconnected spheres within the context of artwork related to the Philosophers’ Stone. Step aboard the enchanted mystery ship for a journey through the basics of the Philosophers’ Stone. Utilizing an extravaganza of vibrant illustrations from history’s most eminent artists, this book first highlights the fine points of the fundamentals and then acquaints the readers with the history and overall canons of the Philosophers’ Stone. The readers embark upon a tour through widely varying perspectives on the concept of the Three-in-One interconnected spheres. Readers will then explore the intricacies of the Art of alchemy, but what is even more important--by carefully piecing together the scattered clues, they will be brought nearer to the closely guarded message hidden deep inside the deliberately obscured texts. There is a message hidden in the picture word puzzles. Only this author exposes the true intent of the ancient alchemists, fishing out the actual concealed message from the muddy pond of hints and innuendo. The Art had been used for a very specific purpose—and readers are guaranteed to be surprised with the deciphered end result. This book is a fast paced thriller that decrypts real clues in the artwork and riddles of the Masters. Upending the apple cart on what should be found within the alchemy riddles, the author has ferreted the secret message out from the picture word puzzles. The message isn’t what anyone expected. In effect, the end result creates a paradigm shift on how these ancient works should be considered. Surprisingly, there had been hidden secrets in the artwork related to the concept of the Three-in-One interconnected spheres.