![]() ![]() Our helpful Parentheses/Brackets Exponent Multiplication Division Addition and Subtraction had to have come from somewhere right? While you’re at it, let’s talk a bit about how the Order of Operation which is known as PEMDAS (British version – BEDMAS) came to be. Think of this as a brain teaser, and while they may be a bit pesky sometimes, they are certainly interesting and great for improving your memory and processing abilities. If your answer is zero, four, seven, or a decimal fraction, you might want to take another go at it before taking a peek at the solution. However, the more contradicting the answers are, the more viral a question will go. It’s gotten to a point where they can’t decide what the correct answer is, but it’s actually a simple PEMDAS operation and the final answer is set in stone. Like Bertrand Russel once said, “Mathematics may be defined as the subject in which we never know what we are talking about, nor whether what we are saying is true.Still feeling confident right there? People online are coming up with a barrage of different answers. So what if mere mortals like us cannot harbor any hopes of solving the hardest mathematics problem in the world, we can at least look intelligent while mentions are made. Along with the yet unproven Riemann’s hypothesis, Fermat’s last theorem is without doubt the hardest math problem in the world.īoth these theorems have achieved cult popularity in mathematical circles, seeping into popular culture with mentions in bestselling books like the Millennium Trilogy by Steig Larrson and series like Simpsons, Numb3rs, and Law and Order. In fact, the theorem was scrawled on the margins of one of his books and found later by his son. Andrew Wiles successfully proved the Fermat’s Last Theorem in 1995, with the assistance of Richard Taylor.įermat’s Last Theorem was published only after his death, as when he was alive, Fermat, an amateur mathematician refused to publish any of his work. It was in 1984 that Gerhard Frey proposed that the theorem could be proved using the modularity conjecture. The theorem was over the years proved for all prime numbers less than 100 and for regular primes. While this theorem was proved for the integer case n=4 before Fermat’s theorem was proposed, over the next two hundred years, the theorem was proven for the prime numbers 3, 5, and 7. Though difficult to understand, we will try and explain these two problems in the next section. While Riemann’s Hypothesis still remains unsolved, Fermat’s theorem which is one of the hardest math problems in the world, was solved only in 1995. There are two maths problems in the world that have received a lot of recognition and attention because they have remained unsolved for several years. What is the Most Difficult Math Problem in the World? Not because I want to solve it (far from it, actually) but because the fact that there is actually a hypothesis in the world that has not been proven for almost 150 years now is very intriguing. ![]() Today, the hardest math problem is of interest to me. That is how most of us got to know that there were some mathematical problems that had actually never been solved even by mathematicians who had devoted their lives to it. ![]() ![]() And sometimes, these math club braniacs would talk about solving the hardest math problem in the world. But there were some amongst us who wanted to learn those weird theorems with Greek alphabets and imaginary numbers. Of course, we needed to learn how to add or subtract, in case we wanted to check that we got the correct change back from the cashier, but what was the point of learning the Pythagoras theorem or algebra with the x’s and y’s or all those other math terms? Well, that was the logic many of us applied to get out of studying this dreaded subject. Those of us who didn’t were unfortunately labeled geeks, probably something that stemmed from the age-old human reaction that grapes are sour. Growing up, most of my friends (and me) suffered from an illogical fear of numbers, equations, right angles, and the entire conundrum of a subject that is mathematics. ![]()
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