The Science of Numbers: How Mathematics Shapes Our World

Did we invent mathematics or did it shape our world? Read to know interesting facts about The Science of Numbers: How Mathematics Shapes Our World!

The science of Numbers is called mathematics and it’s not only about calculating values or quantifying things. Instead, the study of mathematics helps thinkers to understand the world, and its existential theories, quantify relationships and even predict the future. In other words, this science of numbers shapes our world and enables us to learn how the world and its events are interconnected.

Meaning and symbolism play a crucial role in understanding the topic at hand. By delving into the underlying significance of certain objects or concepts, we can gain a deeper appreciation for their relevance and impact. For instance, the symbolic meaning of a particular color or animal can reveal underlying themes and motifs in literature, while the cultural significance of a particular tradition can provide insights into the values and beliefs of a society. Ultimately, understanding the meaning and symbolism behind various elements of our world can enrich our experiences and broaden our perspectives

With the study of geometry, one can understand the science behind the world’s architecture, regardless of how complicated they seem. On the other hand, the study of statistics helps you to quickly count death tolls due to pandemics, earthquakes, and other calamities.

Similarly, with the study of probability, we predict growth rate, profit, idea spreading rate, and animal extinction. Moreover, with the study of algebra, we can easily count the ratio and rate of pollution and how many people are sickened severely due to this pollution annually. All in all, math is one of the most powerful tools for global communication and understanding. If you are interested to know further about the science of Numbers: how mathematics shapes our world, keep reading!

The Science of Numbers: How Mathematics Shapes Our World

Even though our poor education system has made young students equate mathematics with arithmetic, math is not only about digits and numbers. Look around right now and you’ll find numeral values here and there. One might think that the numerical values of digits printed by humans don’t prove that math shapes our universe or has any direct connection with it.

So leave the numerical values and observe the patterns and shapes around you. Aren’t all of them geometrical? Again, you may think that man-made shapes shouldn’t count, but the symmetry, order, and perfect natural trajectories show the deep connection between the existence of the world and the science of Numbers.

For example, if you have ever seen the honeycomb structure, you must be aware of the hexagonal sequence of wax cells made by honeybees. Likewise, another example of geometry in nature is different floral symmetries such as radial symmetry and mirror symmetry. These repeated geometric patterns can be found almost everywhere in the world such as in snowflakes, trees, cauliflowers, lightning strikes, river networks, etc.

Speaking of the applications of mathematics in real life then these are numerous. For example, by observing the planetary motion and speed with which planets rotate around and about their axis, scientists predict the time and date of eclipses. The stability and strength of an architectural design are also evaluated by mathematics. Besides discovering naturally recurring patterns and shapes, mathematics also enables humans to learn a lot about the physical phenomena of electric & magnetic fields, gravity, heat and light conduction, radioactivity, chemistry, and the nature of subatomic particles.

However, some recent studies have proven that the connection between mathematics and the world goes even deeper and all the observations are just a small part of the entire picture. Recently, scientists have discovered an unknown law of nature in the form of a specific growth pattern. This growth pattern shows how pointed organs regenerate over and over again. These organs include spider fangs, shark teeth, dinosaur horns, bird beaks, and starfish arms.

In a nutshell, this science of Numbers is the cradle of all creations without which nothing can move even an inch. Whether it’s a farmer, a politician, a cook, a doctor, a shopkeeper, a driver, an engineer, a scientist, a magician, or a musician, everyone depends on the application of mathematics for their day-to-day life.

Considering this, it won’t be wrong to say that it’s not humans who invented math but mathematics that shapes the whole world around us. How did some ancient scholars and philosophers shed light on the importance of mathematics in the world’s creation, let’s have a quick look!

• Plato

Plato was an ancient Greek philosopher who believed that everything in this world revolves around mathematics and that the study of numbers is the highest knowledge of this world. So, if a person learns math, he can understand every object that exists in real life.

According to Plato, everything comprises special numerical values, patterns, and geometrical shapes. Not only these numbers and geometrical shapes are part of this world but what’s beyond it, such as space. His explanations to his theories explained how everything depends on each other and thus, how one phenomenon or one event can contribute a lot to the future of this entire world.

• Pythagoreans

Pythagoreans was another ancient philosopher who agreed with Plato’s theory that the study of mathematics describes every object of this world. However, Pythagoreans didn’t believe that mathematical laws apply to the other realms of space and time.

Instead, he believes that mathematical laws shape all physical objects just as atoms shape matter. Still, his theory about the significance of mathematics shows how this numerical science can play a vital role in understanding this world.

• Mathematics and worldly creations

Professor Eduardo Colli stated that the human eye strives to find symmetries in everything. That’s the very reason why all the symmetrical objects catch our attention at first glance, even if those symmetries are a bit imperfect.

Similarly, bilateral symmetry is super common among almost all the creations of this world. You can notice how one side of the body is the closest copy of the other side. This bilateral symmetry contributes a lot to the normal events occurring in this world. For example, if both sides of a flying bird won’t be perfectly reflected images of each other, it would be very difficult or nearly impossible for the bird to fly.

Furthermore, not all symmetries happen in the spatial dimension in the form of nature or geometrical figures. Instead, some symmetries exist in different ways in this natural world that we can’t see but feel and hear. For example, sound and light behave in the form of symmetrical waves, if they are regular.

To conclude the whole debate, we can say that symmetries surround us and they are everywhere. Nature is full of proportions, equations, and numbers that can be understood and unraveled by anyone interested enough.