Mathematics is a universal language that forms the basis of scientific and technological advancements, social sciences, and business operations. The use of mathematical formulas in our daily lives has contributed immensely to the works of people from different fields over several centuries.

As with many other inventions or discoveries, it is often difficult to attribute mathematical formulas’ invention to a single person since they have evolved over time through several contributions and insights by various mathematicians. Therefore, this article aims to highlight some notable mathematicians who have made significant contributions to math formulae as we know them today.

One crucial period in the history of mathematics was around 300 BC when ancient Greeks were making great strides in advancing theories on geometry and trigonometry. Euclid stands out as one renowned name at this time; he wrote “Elements,” which became essential for introducing key tenets about geometry including shape recognition and measurement techniques, helping lay the foundation for later critical work defining geometrical ideas up until now.

Another significant Greek mathematician was Pythagoras Of Samos (570 – 495 BCE) who also stood out during his lifetime because he established what’s called Pythagorean theorem involving right triangles. Not only did his theorem serve as an essential component today’s high school curriculum while it has become necessary for calculating distances between any two points on earth’s surface using GPS technology.

In addition to these Greeks’ work achievements regarding geometric figures go hand-in-hand with what Arab scholars such Al-Khwarizmi incorporated into formal algebraic systems in 800 CE based particularly on Indian arithmetic practices that helped provide standardization rules laying down principles used even today!

The development Mathematical notation occurred gradually from early symbols like dots or small lines indicating numbers came together concepts mathematical theory at larger scale facilitating clear description problem-solving ways all Mathematicians could understand world their methodical calculations would apply solutions real life problems; widespread sharing knowledge enabled Math-based communication across cultures later periods too!

Renaissance Europe was a time of great progress across many fields, and the development of mathematical formulae continued to evolve. Leonardo da Vinci (1452 – 1519 CE) – who is most famous for his artwork- had contributions that went beyond the brush. Descartes’ work on Cartesian coordinates allowed for new ways to approach geometry, which further advanced math formulas.

The period from the 16th to the 18th century saw two key areas of expansion in formula creations; these include calculus equations and advances made in trigonometric functions by various mathematicians such as Isaac Newton & Gottfried Leibniz inventing what we know today differential & integral calculus theories sharpened tools-suffice develop interconnected system sines cosine waves through unit circle they measured provided ways profile change function fluctuations with respect how it affects outcomes an equation without compromising accuracy numbers precision!

As time has passed, numerous scholars have built on their predecessors’ works and come up with intuitive ways to manipulate numbers using mathematics. Notable examples from more recent times include André Weil’s confirmation of Fermat’s last theorem, proving that no prime number can be found for n > 2 when x-n + y-n = z-n. This challenging task was solved over three centuries after fermat originally posed question midst growing interest cryptology influenced Military Conflict techniques well Security measures set-up form defense data breaches cyber attacks!

To conclude who invented math formulas are not easy questions since there have been countless geniuses whose contributions shaped maths during its embryonic years up till now! The evolution mathematics thankfully secured universal acclaim value being one fields all humanity never-ending path exploration discovery leading us forward making breakthroughs benefit life every single individual earth; continuous aspects applied sciences like engineering medicine among others makes certain mathematical competencies remain critical tool advancement created sooner than later illuminating problem-solving paths otherwise would have negligible chances deriving solutions thereby providing hope growth sustainable development world holds unlimited possibilities awaiting discoveries exploration mathematics future!

Mathematics is the universal language that has served as a foundation for scientific and technological advancements, social sciences, and business operations. The use of mathematical formulas in our daily lives has contributed immensely to the works of people from different fields over several centuries. Mathematical formulas have played a vital role in shaping the modern world we live in today.

Throughout history, numerous mathematicians have made significant contributions to mathematics. However, it is often challenging to single out one person since mathematical formulas’ invention has evolved over time through various contributions and insights by mathematicians worldwide.

One of the most crucial periods in mathematics was around 300 BC when ancient Greeks were advancing theories on geometry and trigonometry. At this time, Euclid became famous for his work “Elements,” which introduced key tenets about geometry such as shape recognition and measurement techniques laying down foundations for later critical definitions of geometrical ideas up until now.

Another notable Greek mathematician during this period was Pythagoras Of Samos (570 – 495 BCE) who established what’s called Pythagorean theorem involving right triangles. Not only did his theorem serve as an essential component today’s high school curriculum while it has become necessary for calculating distances between any two points on earth’s surface using GPS technology.

When Arabic scholars like Al-Khwarizmi incorporated Indian arithmetic practices based upon formal algebraic systems developed parallelly with geometric figures constituted an interconnected sophisticated reference framework enabling Mathematics-based communication across cultures throughout Middle Eastern Europe!

The Renaissance Era was a revolutionary era across many fields globally; however, the development of mathematical formulae continued evolving at unprecedented rates during that period too!. Leonardo da Vinci (1452-1519 CE), despite being most well known as an artist born during this era had many other interdisciplinary skills contributing significantly beyond art boundaries – undisputed genius! Descartes’ Cartesian coordinates allowed new approaches towards Geometry enhancing further contemporary maths advancement by unveiling unique ways solve problems applying sine cosine functions in real-life phenomena.

The 16th-18th century saw significant contributions to the evolution of mathematics, with calculus equations and advances made by various mathematicians such as Isaac Newton & Gottfried Leibniz leading them formulating what we know today differential & integral calculus theories sharpening tools-suffice develop interconnected system sines cosine waves through unit circle they measured providing ways profile change function fluctuations without compromising accuracy numbers precision!

As time has progressed, numerous other scholars have built on their predecessors’ works and come up with intuitive ways to manipulate numbers using mathematics. Notable examples from more recent times include André Weil’s confirmation of Fermat’s last theorem, proving that no prime number can be found for n > 2 when x-n + y-n = z-n.

In conclusion, it is almost impossible to attribute mathematical formulas’ invention to a particular individual since they have evolved over time through several contributions and insights by different mathematicians worldwide. The universal language identified as Mathematics has secured its place globally valid across all cultures; its value recognized in scientific advancements like space exploration or social sciences like economics; even businesses’ operations require arithmetic competencies! Thus, it seems clear that Mathematics will continue expanding indefinitely leading us forward towards breakthroughs which benefit life every single individual earth making hope growth sustainable development world holds unlimited possibilities awaiting discoveries exploration mathematics future!