Math 2.0 Day

Math 2.0 Day celebrated every July 8, is a holiday that commemorates the importance of the combination of math and technology. The day was formed to celebrate the accomplishments made through the combination of the field of math and technology,
and how it can benefit the world in the coming years. This means without math, it would have been impossible for us to be provided with the different travel and entertainment mediums we have today. Nor would we have the technology we use to accomplish several
everyday work tasks. So if you love how easy technological innovations have made your life, celebrating Math 2.0 Day is a must! If you want to take it a step (much) further, you could even pursue a technology or math degree. And if you need funding for that, Scholaroo has you covered with these technology scholarships and mathematics scholarships. Math 2.0 day was created in 2009 by the Math Interest Group. The group was created to promote and enable the use of math online. This is essential since math is critical for the advancement of technology, science, and education. The Math Interest Group also collaborates on research and development projects that focus on mathematics education required in the fields of finance, engineering, medicine, and even social sciences. Here’s how math has helped in the development of technological innovations. Math has contributed to several discoveries for centuries. For instance, Pythagoras? (570- 495 B.C.) created the Pythagorean Theorem that helped in studying
the planets. In the 17th century, Johannes Kepler?used mathematical calculations to figure out the movement of comets and planetary orbits. And Isaac Newton also used calculations to prove the theory of gravitational attraction in the 1680s. Furthermore, William Rowan Hamilton?did a lot of work in the early 19th century that was responsible for evolving quantum mechanics. This was followed by the “Dynamical Theory of the Electromagnetic Field” by James Clerk Maxwell?in 1865. He created his theory by evaluating four equations that govern electromagnetism. Not impressed yet? One of the greatest discoveries that may have helped in ending World War II, was also made with the use of math. Alan Turing, an English mathematician, formulated several difficult calculations to create a machine that could break German military codes. He later developed theoretical computer science, including algorithms and artificial intelligence. This was followed by the creation of a formula to forecast the weather by American mathematician and meteorologist Edward Norton Lorenz in the mid-1950s.

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