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Mathematics and Christianity
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“Why?” This is often the response I receive when I tell people that my major is mathematics. And if I’m being honest with myself, sometimes I ask myself the same question when I’m agonizingly studying for an abstract algebra test. But as I continue to study math, the answer to that question steadily becomes more clear – math necessarily relies on God and reveals truths of God. As my understanding of math deepens, my awe of God increases exponentially. However, many philosophical disciplines disagree with the relationship between mathematics and God, either because of their naturalistic worldviews or because they disregard math as a neutral subject that has no philosophical implications. In order to analyze the differing beliefs concerning mathematics, an agreed-upon definition – or rather, description – of mathematics must be established. Merriam-Webster defines math as “the science of numbers and their operations, interrelations, combinations, generalizations, and abstractions and [the science] of space configurations and their structure, measurement, transformations, and generalizations.” This definition certainly includes what most people think about when they consider what math is – complex concepts that they hope never to have to …show more content…
try to understand after they graduate from high school. However, math is infinitely more than Merriam-Webster’s definition. Inherent in mathematics is the ability of the mind to grasp abstract concepts and to think logically and rationally. Additionally, everything that is seen in the world can be described to some extent by mathematical concepts. This has led many to describe math as the “underlying language of the universe.” Mathematics has also never ceased to exist – mathematicians do not create math, rather they discover math. Neither does any mathematics fail to be true before being discovered; math is absolutely consistent and has not evolved over time. Just as 1 + 1 = 2 has always held and will always hold, so the proven concepts of differential and integral calculus, of set and group theory, and of applications to physics will always hold. Believing and unbelieving mathematicians alike agree on this description of mathematics. However, various philosophies fail to agree on explanations for all of the elements involved in mathematics. Specifically, the naturalistic worldview has much difficulty explaining the consistency of mathematics and the necessity of the mind, both of which are integral to mathematics. Again, we must begin by explaining naturalism. John Byl, a noted mathematician, physicist, and theologian, describes Naturalism as follows: Naturalism seeks to explain all of reality in terms of purely natural processes and entities. As such, it almost always incorporates an evolutionary process wherein everything in the universe – even man – evolved from primitive, purposeless matter/energy. Consequently, man is viewed as a complex machine that ceases to exist once his material body dies. Rational norms and ethical standards are considered to be mere human inventions, with no objective authority (Byl, 17-18). While much more could be said about naturalism, this definition concisely explains the most important fact, which is that naturalists believe nature is the ultimate reality, which completely removes the necessity of God. As stated previously, the reasoning powers of the mind are essential to understanding abstract mathematical concepts. By definition, naturalism requires that the mind came to exist by completely natural processes. However, naturalism has some difficulty in explaining how the mind, which is obviously not a physical object, developed naturally. Jon Jacobs, professor of philosophy at Colgate University, claims that the mind is a natural byproduct and that mental processes are not completely unfathomable by nature and science. Jacobs asserts that the “study of [mental processes] is especially complicated because of the ways in which biochemical, physiological, social, developmental, and many other processes and events interact . . . [thus, the mind] operates in accordance with principles fundamentally like those that govern other natural phenomena” (Jacobs, section 3b). Unfortunately, he and many other naturalists fail to explain the science that links natural processes to the creation of the mind, but rather they choose to resign (by faith) to the “fact” that science proves the mind to be natural. As advantageous as it would be for a naturalist to explain the mind by natural processes, reducing the operations of the mind to being governed in the same way as other natural phenomena not only disregards the intentionality of the mind (reasoning and exclusive feelings of belief, desire, fear, choice, etc.), but also fails to explain the ability to actually logically understand (rather than just think about) valid mathematical concepts. Christian philosopher Alvin Plantinga notes that “naturalistic evolution gives us no reason to believe that our reasoning tells us the truth about the world. It just tells us what we need to believe in order to survive” (Byl 114). Therefore, humans would have no need for intentional feelings or complex mathematical thought, because those are not absolutely necessary for survival. Similar to naturalism’s inadequate explanation of the existence of the mind, naturalism also fails to explain the existence of math, which, like the mind, is not a physical substance that evolved over time. Naturalism also cannot account for the consistency of mathematics (and the laws of logic which are foundational to math). According to John Byl, “if the ultimate reality is matter then there is no place for such things as non-physical, universal norms” (Byl 42). If this is the case, then the naturalist must find a way to reconcile the non-existence of universal norms with the idealism and consistency which they affirm in mathematics. Ironically, the logical law of non-contradiction (Not [A and not A]), meaning that a statement cannot be both true and false, shows the logical fallacy of Naturalism in its simultaneous denial and application of absolute truths. The next view of mathematics that I would like to analyze is the idea that mathematics is a neutral subject. This notion could be held by believers or unbelievers, naturalists or creationists. While the neutrality of math is not necessarily a philosophical worldview, it does have great implications for the relationship between God and mathematics. Merriam-Webster defines the word neutral as “not engaged on either side; specifically: not aligned with a political or ideological grouping.” Therefore, considering mathematics to be a neutral subject implies that math is not aligned with any certain system of ideas, whether that is naturalism, Christianity, or some other worldview.
Neutrality would assert that everyone, regardless of beliefs, should view and practice mathematics the same way. While it is true that people of differing religions agree on proven mathematical concepts, a neutral view completely diminishes the implications of the absolute nature of mathematics and the implications of the astonishing fact that everything in the universe can be explained by
mathematics. As a Christian, both the naturalist view and the neutral view of mathematics raise many questions in my mind (which I feel certain to be valid questions, rather than products of natural processes). But even to unbelievers and naturalists, these explanations should appear insufficient in the effort to explain the “why?” and “how?” of mathematics. Fortunately, a consistent, logical explanation of mathematics does exist. As I have continued to study mathematics, the truth of Colossians 1:16-17 has been constantly reinforced, that “by him were all things created, that are in heaven, and that are in earth, visible and invisible, . . . and he is before all things, and by him all things consist.” Only God could account for the creation of the universe (including the mind and the mathematics with which the universe was designed) and the consistency of mathematics. Furthermore, Christianity gives explanation for humans’ ability to understand and study the math evident in the world. Alvin Plantinga states that “God creates human beings in His image, a crucial component of which is the ability to know worthwhile and important things about our world” (Plantinga 285). Similarly, Vern Poythress, a noted mathematician and philosopher, says that “it is because Christianity is true, because God is who he is, because man is the image of God, that the non-Christian [and Christian] knows anything” (Poythress, section 6). Therefore, where naturalistic and neutral explanations fail to account for the implications inherent in the existence, the universal consistency, and the understanding of mathematics, Christianity provides very clear answers. God created and sustains mathematics and has allowed humans to study math in order to better understand Himself and His Creation. We should not be surprised that unbelievers suppress this view of mathematics, as Romans 1 informs us that unbelievers even in New Testament times “knew God, [but] glorified Him not as God . . . and their foolish heart[s were] darkened” (Romans 1:21). Not only does Christianity provide the only consistent answers to the philosophical questions of math, but also mathematics provides significant insight into the God of Christianity. In addition to mathematics’ implication that God is the Creator and Sustainer of the world, the universality of math points to the fact that God is absolute, unchanging, and eternal. Further, the fact that most areas of mathematics are too complex for a majority of humans to comprehend highlights the transcendence of God. By contrast, the ability that we have to understand and enjoy some of mathematics and its applications in creation indicates that God is also immanent. As a result of the strong relationship between God and mathematics, this necessarily affects the believers’ practice of math. Whether significantly gifted in mathematics or not, believers must pursue math with the goal of learning more about God by learning mathematics. In 1 Peter 3:15, believers are admonished to be “ready always to give an answer to every man that asketh you a reason of the hope that is in you with meekness and fear.” While this most importantly refers to believers’ defense of doctrinal issues, the concept can also apply to other disciplines. Because of the philosophy inherent within mathematics, believers must be prepared both to defend their beliefs about mathematics and use mathematics to defend their beliefs. Clearly, mathematics cannot be explained by natural processes and is the very antithesis of neutrality as it magnifies our supernatural Creator. As Paul Dirac, a quantum physicist, simply stated, “God is a mathematician of a very high order, and He used advanced mathematics in constructing the universe” (Dirac 53). Thus, the study of mathematics is actually a telescope peering into the mind of God. Christians must understand the significance of mathematics for more than the problem-solving skills it provides. Mathematics, by its very nature as an absolute discipline, is arguably the most effective study (apart from the study of our absolute God) to utilize in our spreading of the Gospel. So, that is the reason I am studying mathematics.
lesser of the math evils), and the dreaded, unspeakable others: mainly trigonometry and calculus. While
In the article “how to fall in love with math”, the author Manil Suri is trying to convey how beautiful math truly is. He explains how each time someone says “do the math”, they are often referring to something unexciting such as addition or multiplication. “Many people identify mathematics with just one element: arithmetic”. Most people fail to realize that there is more about mathematics. He states that mathematics is about ideas, ideas that inform our universe and that permeate our universe and beyond, that can surprise and enthrall. Math is an art just like music or panting and we should appreciate it. Suri wants to show that with math, you reach beyond the sky, stars, or the edges of the universe.
After his visit to a Shell Research Laboratory, my high school teacher in math told us in class that he was so happy with his education, because mathematics had helped him to understand the explanations and demonstrations that had been given by the Shell researchers. He said, "If you master mathematics then you can understand everything." That was certainly an exaggeration, but it nevertheless sounded like a golden message. Since I definitely wanted to have a better understanding of what was going on around me, mathematics seemed the obvious way to go. Also, if it was not much beyond high school math, then it was pretty easy in addition. What could one wish more? So I enrolled in every advanced math class offered in our high school. Pretty soon I discovered that mathematics was much more than a set of principles that helped one to solve intellectual riddles. It was not a finished system that one could aim to master after some limited time, but it was really a way of thinking, a means of expressing creativity: endless, an old established science, but still fresh and with undiscovered green meadows, nearby and far away.
Math is the study of fact that is based on experiments, proof, and facts, but there are many fallacies that go along with it, including the ability to neglect theories. As Einstein once said “that all our math is measured against reality, is primitive and childlike - and yet the most precious thing we have” Which shows that it might have flaws but it is still so brilliant and hard to defeat. In many aspects of human behavior, the arts, ethics, religion, and emotion, are some factors that can be slightly tied into the idea of math (Einstein Exhibit). The main problem is that it might be looked down upon because it might be considered illogical. Many people believe that there are no links between these subjects and math and that they are completely opposites, unrelated in anyway. If you look hard enough there are links between math and the arts, and can be found, even if math is not open to theories.
I have always enjoyed math tremendously. I can remember riding in a car for long distances as a child and continuously calculating average speeds and percentages of distances covered as we traveled. In college I took upper division math classes such as Real Analysis and Game Theory (and placed near the top of the curve) though they were not required for my major. All this time spent playing with math has left me with a deep understanding of the way numbers work and the many ways in which problems can be solved.
I thought this article to be very interesting. While reading this article I was swayed from one side to the other, both sides had reasonable arguments that kept me doubtful. Math can very much is considered a created thing because we have no way of knowing if it actually applies to areas out of our sight. But as long as math is in our minds we will never get away from it. As we travel the universe we will still see everything as math, whereas an alien might see some kind of different explanation for everything around them.
‘The Inquiry regards it as vital that society fully recognises the importance of mathematics: its importance for its own sake, as an intellectual discipline; for the knowledge economy; for science, technology and engineering; for the workplace; and for the individual citizen.’
It is extremely difficult to define understanding. Skemp attempts to assimilate it into some form of an appropriate or inappropriate schema that is dependent upon many variables such as language, environment, belief, tradition and culture. Could understanding be an abstract thing, brain pattern or rule? Skemp uses the term ‘faux amis’ to mean that language can have different meanings to different people even though the root origins of words are the same. He looks at French and English and identifies what he calls a ‘mismatch’. He uses analogies and understandings based on his own experience and others in his community of practice (Mellin-Olsen, 1981). This mismatch, he believed, is the root of many difficulties in mathematics education including the word mathematics itself. This assignment attempts to appraise his arguments in relation to other literature and my own personal experience.
It is a well-known fact that math is an essential expertise all through the world. You require math for nearly everything. Without the utilization of math inside callings, there would not be any, instructors, mathematicians, business administrators, just to name a few. A typical misguided judgement is that math will not be needed for anything after schooling is complete, but that it simply not the case. Students would lack in major business skills and everyday tasks, due to the absence of math. In fact, math is not only needed for more complex jobs like mathematicians, it is also required for simpler like cashiers. Isn’t it the cashier’s responsibility to provide you with the correct amount of change? Exactly. Math is a staple skill that cannot
Mathematics has been an essential part of man’s cognitive orientation and heritage for more than twenty-five hundred years. However, during such a long-time period, no universal acceptance has been formed because of the essence of the subject matter, nor has any widely justifiable interpretation has been provided for it. Mathematicians have endeavored to achieve patterns and forms, and have implemented them to devise advanced speculations and assumptions. Mathematics have advanced from counting, measurement, and calculation through the implementation of abstraction and logic. It has emerged to become the systematic study of the shapes, forms, and motions of tangible objects. Consequently, mathematics can be segmented into the study of structure,
Mention the word math and a considerable number of people are sure to express their aversion to the subject. To illustrate: Raytheon Corporation surveyed approximately 1,000 adulterants whether they would prefer to eat broccoli or to work on a problem in mathematics. The preponderance of the students picked broccoli. The terror of math encompasses into later life. According to research by the non-profit institute Change the Equation in 2010, nearly one-third of Americans would rather clean an unsanitary bathrooms than do a mathematics assignment. (Paul, 2013).
Throughout history religion has been one of the main focuses of the human species and has caused many conflicts among people. Several wars have been waged on the bases of religion and faith to gain superiority or to claim holy lands. The conventional modern view of religion is that some religions such as Islam actually promote violence rather than peace. This has been a source of controversy for a number of years creating many debates trying to either prove or disprove the notion that it is religion that promotes violence and not just radical individuals. Religious violence is a topic of great importance due to how it brings unethical behaviors out of people who would otherwise act in ethical ways. Swayed by numerous books, articles and social media the common people are often misguided and have a misconception of violence in religion.
We don’t stop and give the appreciation that we have in this modern era of 2014. Math helps us make building and it has proven scientific theory. Were always complains we don’t need math in our lives, but it’s the exact opposite. Surely, we do need it for money but money goes ever where, to even enormous companies. They need people who can find similarity, and keep the business rolling. Thales, Pythagoras, Hippocrates, Theaetetus, Eudoxus, and, Euclid, made our lives simple but we should be thankful of having so much dedication to math.
Throughout my past and current educational experiences I have excelled in math and biology. These subjects have appealed to me ever since I was a kid, I used to spend most of my free time reading about the history of math, learning about our body and learning how scientists like Isaac Newton and Euler derived formulas that that have been used in mechanics, fluid dynamics, optics, differential calculus and are used to build technology i.e. Rockets, jet engines and Tow missile etc. that has transformed human life . My understanding of these subjects has developed over the years because of our daily interaction with them, we use math from calculating the cost of an item on sale, to making budgets and biology from our circulation of blood, to respiration and the complex process of sexual reproduction involving meiosis. These interactions have helped me realize the importance of math and biology in our daily life.
On first glance, these views seem attractive for two reasons. First, it seems perfectly natural to agree that maths is just about symbol manipulation, what else could it be about? Second, formalism causes issues about the existence of numbers to fall away. Term formalism identifies numbers with characters and game formalism holds that mathematical symbols just are symbols.