I
realized a lot of things about appreciating the products of biology and
mathematics; these are called the branch of science and the science of patterns
respectively. They are now discovering different breakthroughs using the
concepts of biology and mathematics. You may not know that we are already
applying math in biology without noticing its importance. Then I encountered
this book about the discovery of the 6th revolution in biology
written by a mathematician named Ian Stewart. This book explained the
involvement of mathematics in studying the nature of life. It was said in this
book that biologists were already applying mathematical techniques like
statistics in finding the probability of knowing the number of species that
will be produce by a certain species.
Learning
math with higher level is already tough, what more if you combined it with
biology, the more it will be tough, right? But when we met a mathematician and
told us that do not be afraid to come across ugly equations in learning because
they can be used to solve biological problems. This mathematician was a product
of University of the Philippines Mindanao, who graduated from BS Applied
Mathematics and is now applying mathematical equations in studying biology. I
was really amazed when she showed us the equations they made that helped them
solved the problem about the cell. She really good, I must say.
Indeed,
mathematics brought us everywhere and is now becoming more and more dynamic
than ever. Some mathematicians used and applied numbers in the world of science
and how these patterns was generalized to obtain a concrete formula in solving
those equations. Another thing to be considered was the use of technology like
computers to easily develop mathematical insights to biological processes. The
author’s goal is to let the readers appreciate, understand mathematics’ point
of views and explain how life works. This reference is saying that biologists
apply mathematics through the patterns of number and shapes; these patterns was
first related to rabbits and later on called Fibonacci numbers. There are a lot
of biological studies that can be related to different concepts of math and
some are yet to be discovered.
Mathematics
is not just about numbers, it has viewpoints that can contribute to the world
because for me everything has a relationship with math, whether it is big or
small. And so, reading this book made me realized that mathematics is really
universal.
I also agree that mathematics is not just about numbers. Mathematics is truly versatile and universal. :)
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