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Let us talk about ancient histories and their contribution to modern-day problems. Mathematics has been known to be as old as existence itself. There was the development of the essential arithmetic functions of addition, subtraction, multiplication, and division. Geometry, algebra, and other mathematical functions became known at different prominent points in time.

With so many mathematical philosophers and writers from different eras and parts of the world, is it not interesting to discover how an ancient chart can have great significance in the modern-day.

The mathematics of today is advanced and integrated into many technological functions. While the rudiments of these functions will never cease to exist, learning about their history may do, for obvious reasons.

For instance, no one wants to learn how multiplication came into being, but we are interested in what multiplicative functions can do for us.

The focus of this writeup is on the discovery of the **Tesla map to multiplication**.

**Overview **

Around 2015, the worldwide discovery of the long-lost Nikola Tesla drawings was made. These drawings were revealed to be a map to multiplication in a simplistic system. The chart was deduced to be the original works of Nikola Tesla, which he created in his Tesla Free Energy Lab, Wardenclyffe, during his last years.

The drawings were discovered by Abe Zucca, a local artist in an antique shop located in central Phoenix, Arizona.

These drawings may seem unimportant in their rudimentary form; after all, they date back to the 1940s.

However, on a closer look, the chart is believed to hold solutions to many unanswered mathematical problems of the universe.

**Who was Nikola Tesla?**

Nikola Tesla was a world-renowned engineer and scientist in the mid-1880s to the 1940s. He is known for designing the world’s predominant electrical system-the the alternating-current electrical system.

He is also famous in the radio technology industry for creating the ‘Tesla Coil, among other things.

Nikola Tesla was born in modern-day Croatia on July 10, 1856. He came to the United States to work with Thomas Edison in 1884 before he embarked on his journey of scientific discoveries. Nikola Tesla is infamous for his contributions to physical sciences and engineering. He died in 1943.

Nikola Tesla made many contributions to science, and many of the impacts of such works are still being enjoyed in today’s world. Numerous things, places, holidays have been named after him. Many more findings are carried out to preserve his outstanding legacy.

**Nikola Tesla drawings that reveal the map to multiplication**

Abe Zucca discovered some drawings and manuscripts in a small trunk at the antique shop. He found out that most of the documents were notes on hand-held technological devices of free-energy systems.

Some of the drawings and manuscripts were familiar to the public. However, a few of them remained as puzzles, amongst which was the Map to Multiplication. The quest to provide answers to the newfound mysteries pushed Abe Zucca to show some of the drawings to experts in the field.

After a few days of deep thinking, Joey Grether, a local high school mathematics instructor, made a few breakthroughs. He was able to decipher the spiral diagram as an exploration of how multiplication is an interwoven web. He says that the spiral ‘offers a comprehensive understanding of how every number is organized into 12 positions of composability.’

**Learn the Tesla map to multiplication**

The Tesla Map to Multiplication is also known as the â€˜**Mathâ€™s Spiral**.â€™ **It is a single diagram that shows a spiral web of some sort, with many lines joining different points in a web-like position**. The chart works on the concept of intuition. It allows those that study it to see how all the natural numbers are interwoven in 12 places. The number, 12 as a number, and its multiples make up the most hybrid system.

Little wonder, time, and many measurement indices are in 12s or multiples of 12s. For instance, 12 months make a year, 24 hours make a day (multiple of 12), and 12 inches make a foot, etcetera. This diagram also explains that from the numbers 1-12, 2, 3, 4 & 6 are factors of 12 as well as the factors of multiples of 12.

In every 12 numbers, there is a chance of having four prime numbers. In a clock, these prime numbers (1, 5, 7 & 9) fall into positions like the way the diagram is structured. All these points are evidence to support the claim of the importance of the number ’12’.

Patterns from the diagram indicate that the numbers 3, 6, 9, 12 follow a sequence. Tesla, in his drawings, emphasized how these four numbers are vital in solving the universe problems. He also talked about how a comprehensive mastery of how these numbers work will be a massive step in proffering solutions to the unanswered mathematical question that exists.

Anyone that decides to be a student to Tesla Map to Multiplication is merely paving the way to be the Universe Hero in a not too far future. This spiral system holds a lot to make it possible.

**Famous quotes on Tesla map to multiplication**

‘This device allows us to see numbers as patterns- the formation of prime numbers, twin primes, Highly composite numbers, multiplication, and division, as well as few other systems. I imagine those are yet to be discovered.’ ~ Joey Grether.

‘If you only knew the magnificence of the 3, 6, and 9, then you would have the key to the universe.’ ~ Nikola Tesla.

The world is how it is today because of the enormous works of research and discoveries made by great men in the past. How intriguing would it be to play around the numbers that make up the web of multiplication? With this discovery, there is a better chance of understanding why and how multiplication works. This is all thanks to Nikola Tesla’s brilliant mind in his work on the Map to Multiplication.

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