The beauty of mathematics2
Math is the language that describes our physical universe, as defined by mathematician and physicist Eugene Wigner, who called mathematics’ “unreasonable usefulness in the natural sciences.” It’s also the lightning that occasionally goes unheard before the roar of scientific advancements. Yes, mathematics aids and influences advancements in almost any area. Still, as a science, mathematics is a remarkable expression of humanity’s quest for wisdom, scalable and capable of uniting otherwise disparate fields. In a speech to the London Mathematical Society titled The Unity of Mathematics, mathematician Michael F. Atiyah listed these values. In
Korbinian Brodmann, an anatomist, split the cortex of the human brain into 47 regions, now known as Brodmann areas, based on the arrangement and organisation of the cells, as early as 1909. Later, as researchers learned more about the roles of various cells in the cortex, they were astounded to see how closely those Brodmann areas corresponded to the role of particular cell functions. Much is now understood for a vast variety of these tasks, demonstrating our brain’s enormous complexity. For example, it seems that there are approximately three thousand interconnected neurons that regulate the majority of our breathing and include approximately 65 different types of neurons!
While the perception of mathematical beauty which share certain neuronal features with the perception of beauty elicited by other sources, there are some distinctions.
arrangement to appreciate the elegance
We don’t need to know the intricacies of the arrangement to appreciate the elegance of a piece of music. Similarly, we will experience the magic of a painting or sculpture on a “gut basis,” without having to consider the technological aspects.
Researchers are deciphering the positions of what we would call psychological functions in addition to what we might call physical functions. For example, the results of a study locating the brain areas required for numbers and calculations were explored in an article published in 2011 in the journal NeuroImage. A thesis conducted in the same year in the journal PLoS ONE, by coincidence, provided support for a brain-based theory of attractiveness. Several experiments had previously found that appearance was linked to behaviour in a particular area of the emotional brain, as measured by visual, auditory, and moral experience.
Participants in the analysis (both mathematicians and non-mathematicians) were given sixty mathematical formulas to rank in one of three categories: ugly, neutral, or beautiful. Euler’s equation was regularly rated as the most beautiful expression by mathematicians. [ eipi +1=0, eipi +1=0, eipi +1=0, eipi +1=0, eip
The following, highly complicated, formula describing the reciprocal of $pi $ as an infinite number was regularly ranked as the most ugly by mathematicians:
[ frac1pi = frac2sqrt 29801 _k=0infty frac(4k)! (1103 + 26390k)(k)!4 3964k frac(4k)!
Srinivasa Ramanujan, a mathematician, is responsible for the formula. Hi