Math** **was probably the most despised class you ever had since kindergarten, but discoveries

**in**

**mathematics are improving our lives every day without you even knowing it. Not everyone understands all those complicated equations or theorems, but there are some talented folks who solve these math**

**riddles for a living. They just relish composite**

**functions or integrals as they commit their lives to find practical use of these concepts, so we can better our lives in some way.**

It is hard to imagine that some obscure equations can change our lives, but discoveries in these fields affect every aspect of modern life as we know it, from computing to structural engineering. What math science ultimately teaches us is that sometimes the simplest or the most elegant solutions are what we should be looking for.

**Sum Of All Cubes**

While this three cubes problem seems to look fairly simple compared with more complicated theorems, it may surprise you that for decades it has bugged math scientists worldwide. It was a relief when a solution for a cube sum of 42 was announced as one of the latest discoveries in mathematics.

Such a fine breakthrough wouldn't be possible without using modern supercomputers that used countless hours for solving this riddle. Consequently, the sum of cubes shows that there are no limits to modern quantum computing that awaits us in our future. The computational possibilities are almost endless, so we can only fantasize how far that will take us, probably much far beyond calculating the **x3+y3+z3=k **problem.

Until quantum computing lives on, students have a bunch of free but powerful software they can use for upgrading their math** **skills. Systems like GAP or xFunc along with sites similar to Mathway or Desmos can help you find composite functions examples and solutions

**among other things.**

Advanced university** **mathematicians love their composite functions examples and solutions like we love crosswords or sudoku. Just like the sum of cubes problem, these functions are used for describing our world with laws of physics and math. One day, we may be able to unite all those equations into one giant formula that describes all reality and the very fabric of space.

**Sunflower Conjecture Applications**

You probably wonder what a sunflower has to do with complicated math, but it is an interesting concept that offers many practical solutions. If you ever had an algebra class** **or studied sets of elements, you would know that sets intertwine like flowers with petals around some central area filled with mutual elements. These sets seem to grow infinitely, but recent studies showed that with a larger number of elements, they grow at a slower pace, which is counterintuitive but apparently mathematically correct. Discoveries such as these open new possibilities in advanced combinatorics, which will improve many engineering fields such as image analyses along with quantum computing.

**Landmark Proof Changes Everything**

There is one puzzle that combines Einstein’s quantum entanglement along with the halting problem of modern computers stacked in an infinite loop. When a group of scientists led by Henry Yuen offered answers about verifiable proof to computational problems, math articles worldwide were in a frenzy.

Their elegant solutions offered answers to many ongoing problems in quantum physics by discovering a way to verify any output or information with a high degree of certainty.

We know that our quantum world is more about probability than certainty, so this might be a breakthrough in modern physics as we know it. Their results still need confirmation through a series of experiments, but we are already excited about the potential implications of these discoveries.

If you have a talent for math* , or* you love numbers or equations in general, think about studying this subject because mathematics is on the rise. In combination with modern technology and a powerful new generation of computers, some new and exciting possibilities are emerging in this field.

We witness new discoveries every day that are changing our perception of reality, so more and more college students are infatuated with this science. There is a beauty in numbers, and there is a sense of cosmic order that can be described with mathematical laws or equations. Perhaps one day, we will be able to solve some of the Universe’s greatest mysteries by applying math and quantum computing, so think about it next time you consider math** **to be boring.