The author builds a foundation in the Natural Sciences of Gann's day, showing how the emerging science of the Periodic Table and of the atomic elements, provides a system of order based upon the vibrational values of the chemical elements, which when known for an individual market, will determine a master number set that will determine the market's movement in price and time.

For many who are fascinated with Gann, their first introduction to the subject, or at least the most influential reference that ignited their research into Gann, was his first foray into the public forum, the 1909 interview with Richard Wyckoff in The Ticker and Investment Digest. If you have not read the Ticker Interview, it would be a good idea to do so before continuing, or if it's been a while, a refresher will help to make the material covered by this course clearer.

For some it is Gann's staggering 92% trading record of 262 of 284 profitable trades producing a 1000% return in 25 days, while under the watchful eye of an auditor that motivates their interest. For others, it's the fascinating explanations given as to the source of Gann's knowledge and forecasting system, which he called the Law of Vibration, that sparked their interest, leading seekers on a century long quest to solve this man's mysterious theories.

This term, the Law of Vibration, has captured the imagination of generations of Gann researchers and analysts who have sought in every direction for the solution to Gann's Ticker methodology and the science behind it. To my knowledge, the solution has yet to be thoroughly explained, at least publicly, until now.

Eric Penicka, in this new work, GANN SCIENCE: The Periodic Table & The Law of Vibration has presented an excellent solution to the puzzle introduced by Gann to the world in that famous Ticker interview. In his research, Penicka followed Gann's exact guidance, taking no leads or direction outside of Gann own words in The Ticker. By following this trail, he was led to the solution presented in this volume, which is unique and has not been published in any prior work.