بِسۡمِ ٱللَّهِ ٱلرَّحۡمَـٰنِ ٱلرَّحِيمِ

02/04/2026

The Story of Science: From Wondering to Knowing

Science is essentially the story of how humans learned to ask “Why?” and “How?” about the world around them. Long ago, before we had laboratories or computers, people looked at the stars, the plants, and the weather and tried to make sense of them.

This began in places like Ancient Egypt and Mesopotamia, where people used math to build pyramids and tracked the stars to know when to plant crops.

Over time, this way of thinking grew into what we call “Natural Philosophy,” which is just a fancy way of saying “the love of wisdom about nature.”

What is Philosophy?

Science used to be called “Natural Philosophy.” Think of Philosophy as the “Mother of all subjects.” Philosophy is the study of big, deep questions that don’t always have a single right answer. If science is the study of how things work, philosophy is the study of why things matter and how we know what we know. It is the “mother” of all subjects. Philosophy is divided into many fields, Here are the main ones:

Metaphysics: Asking what is real. Is there more to the world than what we can touch?
Epistemology: Asking how we know things. How can we be sure our thoughts are true?
Ethics: Asking what is right and wrong. How should we treat each other?
Logic: The study of good reasoning. How do we build a strong argument?
Aesthetics: The study of beauty and art. Why do we think things are pretty?
Political Philosophy: How should we live together in a group or a country?
Philosophy of Mind: What is a “thought”? Is your mind the same as your brain?
Philosophy of Science: Asking how scientists should do their work and what it means to discover a “law” of nature.

Science grew out of these questions. When people stopped just guessing and started testing their ideas with experiments, “Natural Philosophy” slowly turned into the “Science” we know today.

The Development of Science

If we were to draw the history of science, it would look like a tree.

The Roots (Ancient Times): Curiosity, observation, and basic math in Egypt, Mesopotamia, and Greece.
The Trunk (Natural Philosophy): For hundreds of years, people studied everything together—stars, rocks, and living things—under the umbrella of philosophy.
The Branches (The Scientific Revolution): As people learned more, they needed to specialize. The trunk split into three main branches:
- Natural Sciences: Studying the physical world (Biology, Chemistry, Physics).
- Social Sciences: Studying how people act (Psychology, Sociology).
- Formal Sciences: Studying patterns and rules (Mathematics, Logic).

In the past, a scientist might have been an astronomer, a chemist, and a philosopher all at once! Today, because we have learned so much, scientists usually pick one branch to become experts in, just like how a doctor focuses on one part of the body.

Division of Science

We divide science because the world is very complicated. If you try to learn everything at once, it is very hard to master any of it.

By splitting science into subjects, we can focus our energy. For example, if you want to understand how a rocket flies, you use Physics ( $F = m a$ is a famous formula for this).

If you want to understand why people like to travel to space, you use Psychology. Both are important, but they use different tools to find the truth.

To understand how philosophy acts as a “toolbox” for studying the Quran, it is helpful to view philosophy not just as abstract thinking, but as a set of rigorous methods for analyzing language, logic, and truth. Throughout history, many scholars have used these exact tools to interpret the sacred text.

Philosophical Tools for Studying the Quran

To understand how the fields of philosophy relate to the study of the Quran, it is helpful to recognize that Islamic scholarship has historically utilized these exact tools—often under different names—to interpret, protect, and apply the text.

Scholars of the Quran (Mufassirun) and theologians (Mutakallimun) did not see these as separate from their faith, but as essential instruments to understand the Divine message.

Here is how those fields of philosophy are applied to the study of the Quran:

1. Epistemology (The Study of Knowledge)

This is perhaps the most important field for a student of the Quran. Epistemology asks: “How do we know what is true?” In Islamic scholarship, this is the foundation of Usul al-Fiqh (Principles of Jurisprudence).

Scholars developed rigorous methods to verify the authenticity of the Quranic text and the Hadith (prophetic traditions). They asked: What is a reliable source? How do we distinguish between a strong report and a weak one?

By studying epistemology, you learn how to evaluate evidence and ensure your understanding is based on sound, verified knowledge rather than guesswork.

2. Logic (Mantiq)

In the Islamic tradition, Mantiq (Logic) was considered the “instrument” of all sciences. Scholars used logic to understand the structure of Quranic arguments. For example, when the Quran presents a proof for the existence of God, scholars use logic to break down the premises and conclusions. Logic helps you avoid fallacies—errors in thinking—when you are trying to understand complex verses, ensuring that your interpretation follows a consistent and rational path.

3. Metaphysics

Metaphysics deals with the nature of reality—what exists beyond the physical world. The Quran contains many verses about the Unseen (Al-Ghayb), the nature of God, the soul, and the afterlife.

Metaphysics provides the framework for discussing these concepts. When scholars discuss the attributes of God (Sifat Allah), they are engaging in metaphysical inquiry to understand the nature of the Creator as described in the text.

4. Ethics (Akhlaq)

The Quran is a book of guidance, and a massive portion of its verses deals with how a human being should behave. Ethics is the study of right and wrong. Scholars use the Quran to build a system of Akhlaq, defining virtues like patience (Sabr), gratitude (Shukr), and justice (Adl). Studying ethics helps you move from just reading the words to understanding the moral character the Quran intends to build in the reader.

5. Philosophy of Language (Linguistics)

While not always listed as a “main” branch in Western textbooks, this is a subset of Epistemology and Logic that was vital to Quranic study. Because the Quran is in classical Arabic, scholars spent centuries studying Balagha (rhetoric) and Nahw (grammar). They treated the Quran as a masterpiece of language, using philosophical inquiry to understand how metaphors, allegories, and linguistic structures convey deeper meanings that a literal translation might miss.

6. Political Philosophy

The Quran provides principles for community life, justice, and leadership. Political philosophy helps a student understand the “why” behind the social laws in the Quran. It helps you analyze how the Quranic vision of a society—based on consultation (Shura) and justice—differs from other human-made systems. It allows you to study the Quran not just as a personal guide, but as a blueprint for a healthy, functioning community.

Summary Table: Tools

Field	How it helps you study the Quran
Epistemology	Verifying the authenticity and source of interpretations.
Logic	Understanding the structure of Quranic arguments and avoiding errors.
Metaphysics	Exploring the nature of God, the soul, and the Unseen.
Ethics	Applying the moral lessons and virtues to your daily life.
Political Philosophy	Understanding the Quranic vision for justice and community.

By using these fields, you are following the path of the great scholars who viewed the Quran as a text that engages the mind, the heart, and the intellect simultaneously.

Tools Work Together

Imagine you are looking at a complex verse. You would use Linguistics to understand the words, Logic to ensure your interpretation is consistent, Epistemology to verify your sources, and Ethics to understand the moral lesson.

Historically, scholars like Al-Ghazali and Ibn Rushd (Averroes) were masters of both philosophy and religious studies. They argued that because truth is one, the “tools” of philosophy could never truly contradict the “truth” of the Quran; rather, they serve as a lens to bring that truth into sharper focus.

Diagram of the “Toolbox”

The Quran is the “Master Blueprint.”
Logic is the “Measuring Tape” (ensuring everything fits).
Epistemology is the “Light” (helping you see clearly).
Linguistics is the “Dictionary” (understanding the language).
Ethics is the “Compass” (keeping you on the right path).

By using these tools, you move from simply reading the words to understanding the deep wisdom hidden within them.

Subjects

1-Ilm al-Tawhid (the Science of Divine Oneness) and its relation to the philosophical subjects.

Ilm al-Tawhid (the Science of Divine Oneness) is the core of Islamic theology. It is often referred to as Ilm al-Aqa’id (the Science of Beliefs) or Usul al-Din (the Roots of Religion).

Its purpose is to provide a logical, rational, and scriptural foundation for what a Muslim believes.

In simple terms, Ilm al-Tawhid is the “Philosophy of Faith.” Just as science uses experiments to prove how the world works, Ilm al-Tawhid uses logic and reason to explain the nature of God, the Prophets, and the unseen world.

Key Sections.

1. The Chapter of Rational Possibilities (Al-Ahkam al-Aqliyyah) Before discussing God, you must learn how to think. There are three types of things:

Necessary: Things that must exist (like God).
Impossible: Things that cannot exist (like a square circle).
Possible: Things that might or might not exist (like you, me, or the trees). This is the “Logic” part of the subject, ensuring your mind is sharp enough to understand the rest.

2. The Chapter of Divine Attributes (Sifat Allah) This is the heart of the subject. It explores the qualities of God. It is divided into:

The Necessary Attributes: Qualities God must have, such as Existence, Oneness, Power, Knowledge, Will, Hearing, Seeing, and Speech.
The Impossible Attributes: Qualities that cannot apply to God, such as having a body, needing a place to live, or having a beginning or end.
The Possible Attributes: Things God could do if He chooses, like creating or not creating a specific thing.

3. The Chapter of Prophethood (Al-Nubuwwat) Once you understand the Creator, you learn about the messengers. This chapter explains why God sends prophets, what qualities they must have (like truthfulness and intelligence), and why they are necessary to guide humanity. It acts as the “Bridge” between the Divine and the human world.

4. The Chapter of the Unseen (Al-Sam’iyyat) This covers things we cannot see or test with a microscope but know through revelation. This includes the Day of Judgment, Heaven (Paradise), Hell, the existence of Angels, and the questioning in the grave. Because these are “heard” (revealed) rather than discovered by human logic alone, they are grouped together.

How this relates to Philosophy

If you were to draw a diagram of this, you would see that Ilm al-Tawhid functions like a Systematic Theology. It uses Epistemology (how we know God exists through the signs in the universe) and Metaphysics (the study of the nature of the Divine and existence).

This is a rigorous, logical framework that prevents people from having “blind faith.” They want people to have “informed faith” where the heart believes and the mind understands the “why” and “how” behind those beliefs.

Summary Table

Chapter	Simple Meaning	Philosophical Parallel
Rationality	How to think clearly	Logic
Attributes	Who is God?	Metaphysics
Prophethood	Why do we need guides?	Ethics / Political Philosophy
The Unseen	What happens after life?	Philosophy of Religion

By studying these chapters people learns to defend their faith using the same tools of logic that scientists use to defend their theories. It is a way of organizing the “unseen” world into a clear, understandable map.

2-Ilm al-Mantiq (the Science of Logic)

Ilm al-Mantiq (the Science of Logic) is considered the “instrumental science.” It is the tool that protects the mind from making mistakes in thinking. Think of it as the “rules of the game” for how to build a correct argument.

In the classical texts taught at Al-Azhar, such as the Isagoge (often studied through commentaries like al-Sullam al-Munawraq), the subject is generally divided into two main parts: Tasawwur (Concepts) and Tasdiq (Assent/Judgments).

The Sections of Ilm al-Mantiq

1. The brief Introduction (Al-Muqaddimat)

Logic is a tool that helps us distinguish between correct and incorrect thinking, just as a ruler helps us draw a straight line.

2. Concepts (Tasawwur)

This is the “building block” phase. Before you can make a statement, you must understand the words you are using.

The Five Universals (Al-Kulliyat al-Khams): This is the most famous part. It teaches how to define things. For example, if you want to define “Human,” you use categories like Genus (Animal) and Differentia (Rational). This helps you create a perfect definition so you don’t confuse one thing with another.

3. Assent and Judgments (Tasdiq)

Once you have clear concepts, you start making sentences (propositions). This chapter teaches you how to connect two concepts to form a truth claim.

Propositions (Al-Qadaya): This teaches you how to structure a sentence so it can be proven true or false. For example, “The sun is hot.”
Contradiction and Conversion: This teaches you how to flip a sentence or find its opposite without losing the truth. If “All humans are mortal” is true, what does that mean for “Some mortals are human”?

4. The Syllogism (Al-Qiyas)

This is the “engine” of logic. It is the process of taking two known facts to discover a new one.

Example:
1. All humans breathe (Fact 1).
2. You are a human (Fact 2).
3. Therefore, you breathe (Conclusion). This chapter teaches the rules to ensure your conclusion is actually true based on your facts.

5. The Five Arts (Al-Sina’at al-Khams)

This is the “applied” part of logic. It teaches you how to use your arguments in different situations:

Demonstration (Burhan): Used for scientific certainty (the highest form).
Dialectic (Jadal): Used for debating and defending a position.
Rhetoric (Khataba): Used for persuading people.
Poetics (Shi’r): Used for moving the emotions.
Sophistry (Safsata): Used to identify trickery and false arguments so you aren’t fooled by them.

How to Visualize the Development

If you were to draw a diagram of this, it would look like a pyramid:

Base (Concepts): Defining the words.
Middle (Propositions): Connecting the words into sentences.
Top (Syllogism): Building arguments to reach the truth.
Apex (The Five Arts): Using those arguments to interact with the world (Science, Debate, or Persuasion).

In simple terms, Ilm al-Mantiq is the “software” and “Grammar” for your brain. It ensures that when you process information, your “output” (your conclusion) is as accurate as your “input” (your facts).

The classification of science

The classification of science into three primary branches—Natural, Social, and Formal—is the standard framework used by modern universities and academic institutions to organize human knowledge. These are the “main” divisions that the map of human knowledge is much more complex, often overlapping and branching out into what we call “Applied Sciences” or “Interdisciplinary Studies.”

The Three Main Pillars

To understand the division, think of it as a way of categorizing what we are looking at:

Natural Sciences: These study the physical universe. If it exists in nature—from the smallest atom to the largest galaxy—it falls here. Physics is often called the “fundamental science” because it provides the rules for how matter and energy behave, which Chemistry and Biology then build upon.
Social Sciences: These study the “human” world. Because humans are unpredictable, these sciences use both data and observation to understand how we behave, how we trade (Economics), how we govern (Political Science), and how we interact in groups (Sociology).
Formal Sciences: These are unique because they do not rely on observing the physical world. Instead, they rely on systems of logic and symbols. Mathematics and Logic are “formal” because they are true regardless of whether you are on Earth or in another galaxy; they are the “language” that the other sciences use to describe their findings.

The three categories above are the “Big Three,” but they often combine to form new fields:

Applied Sciences: This is where we take the knowledge from the three pillars and use it to build things. Examples include Engineering (applying Physics), Medicine (applying Biology), and Computer Science (applying Formal Logic and Mathematics).
Interdisciplinary Sciences: Many modern problems require more than one branch. For example, Environmental Science combines Biology (Natural), Economics (Social), and Statistics (Formal). Cognitive Science combines Psychology (Social), Neuroscience (Natural), and Linguistics (Formal).
The Humanities: While not always called “science” in the strict sense, fields like History, Philosophy, and Literature are the “roots” that provide the context for all scientific work. They help us understand the meaning of our discoveries.

Visualizing the Development

Tree of Knowledge:

The Roots (Philosophy): The foundation of all inquiry.
The Trunk (Natural Philosophy): The ancient, unified study of the world.
The Main Branches:
- Formal Branch: Logic $\to$ Mathematics $\to$ Computer Science.
- Natural Branch: Physics $\to$ Chemistry $\to$ Biology $\to$ Medicine.
- Social Branch: Psychology $\to$ Sociology $\to$ Economics $\to$ Political Science.
The Leaves (Applied/Interdisciplinary): Where the branches touch and create new, specialized fields like Bioethics or Artificial Intelligence.

Why does this matter?

The reason we divide them is to make the work easier. A biologist doesn’t need to invent a new type of math to study a cell; they use the “Formal” tools already created.

A sociologist doesn’t need to invent a new law of gravity; they use the “Natural” understanding of the world as a backdrop for human behavior. By dividing them, we allow experts to go very deep into one area while still being able to “talk” to other scientists using the shared language of the scientific method.

Science and The Relationship with Quranic Discoveries

In Islamic intellectual history, the pursuit of knowledge (Ilm) was never seen as separate from the study of the Divine. Many scholars viewed the study of the natural world as a way to uncover the “signs” (ayat) of the Creator. This is often referred to as the integration of Ilm al-Tawhid (the study of the Oneness of God) with the observation of the universe.

Natural Sciences and the Quran: The Quran contains numerous verses that encourage reflection on the heavens, the earth, the growth of plants, and the development of the human embryo. Historically, this encouraged early Muslim scientists to pursue fields like optics, medicine, and astronomy. They did not see these as “secular” pursuits, but as a way to understand the intricate design of the universe.
Formal Sciences and Logic: The development of Algebra (by Al-Khwarizmi) and advancements in geometry were deeply tied to the need for precise calculations in inheritance law (Fara’id) and determining the direction of prayer (Qibla). Here, the “Formal Sciences” were used to solve practical problems of faith and community life.
Social Sciences and Ethics: The Quranic emphasis on justice, human rights, and community welfare provided a foundation for what we now call social sciences. Scholars studied human behaviour through the lens of ethics (Akhlaq), seeking to understand how to build a society that reflects the values of compassion and truth.

The Interconnectedness

If you were to draw a diagram, you would place Philosophy at the center as the “Root.” From this root, the Formal Sciences act as the “Structure” (the logic and math that hold everything together). The Natural Sciences and Social Sciences are the “Fruit,” representing our understanding of the physical and human world.

In the Islamic tradition, these were not separate silos. A scientist was often a philosopher, a mathematician, and a theologian simultaneously. They believed that because the universe was created by one Source, all knowledge—whether it is the movement of a planet (Natural Science) or the logic of a proof (Formal Science)—ultimately points back to a single, unified truth.

The Quran and Scientific Inquiry

In Islamic tradition, the Quran encourages observation of the natural world as a means to understand the Creator. This is often referred to as Tadabbur (reflection) on the signs (Ayat) of the universe.

Many early Muslim scholars viewed the study of the physical world as a religious duty, as it revealed the precision of the Divine design. This belief system provided the motivation for the “Golden Age” of science, where the pursuit of knowledge was seen as an act of worship.

Ibn al-Haytham and the Scientific Method

Ibn al-Haytham (often called Alhazen in the West) is frequently cited as the “father of the modern scientific method.” In his masterpiece, the Book of Optics (Kitab al-Manazir), he moved away from pure philosophical guessing and insisted on experimental verification.

Before him, many believed that light “shot out” of our eyes to touch objects. Ibn al-Haytham used the Formal Sciences (geometry) and Natural Sciences (experiments with a camera obscura) to prove that light actually travels into the eye from objects.

He established that a theory is only valid if it can be tested and repeated, a cornerstone of modern science.

Formal Sciences and Islamic Law

How Formal Sciences were used to solve legal problems. This is a fascinating area where Logic and Mathematics met Jurisprudence (Fiqh).

Logic (Mantiq): Scholars developed rigorous logical frameworks to interpret legal texts. They used syllogistic reasoning to ensure that legal rulings (fatwas) were consistent and did not contradict established principles.
Mathematics (Fara’id): The laws of inheritance in Islam are mathematically complex, involving precise fractional distributions among heirs. This required the development of advanced algebra to ensure that every person received their exact, fair share according to the Quranic mandates. This intersection of law and mathematics pushed the development of arithmetic and algebra in the medieval Islamic world.

Diagram of Development

If we were to draw this, it would look like a pyramid:

Base: Philosophy (The desire for Truth).
Middle: The Methodology (Logic, Epistemology, and the Scientific Method).
Top: The Branches (Natural, Social, and Formal Sciences).

The “discovery” process is the bridge between the base and the top. When a scholar like Ibn al-Haytham used the “Formal” tool of geometry to solve a “Natural” mystery about light, he was using the full power of the philosophical tree.

Mathematics and Legal Logic

The “Formal Sciences” were essential to early Islamic civilization. In Islamic law (Fiqh), scholars faced complex problems regarding inheritance, which required advanced algebra to divide estates according to specific Quranic shares.

This led to the development of sophisticated mathematical systems. Furthermore, the logic used in Usul al-Fiqh (the principles of jurisprudence) mirrors the formal logic used in mathematics; both require strict adherence to rules to reach a valid conclusion from a set of premises.

Ibn al-Haytham’s Mathematical Formulas

Ibn al-Haytham used geometry to explain the refraction of light (the bending of light as it passes through different materials like water or glass). He utilized the law of sines and geometric proofs to track the path of light. While he did not have modern notation, his work on the “Alhazen’s problem” involved solving a fourth-degree equation: $x^{4} - a x^{3} + b x^{2} - c x + d = 0$ He used conic sections (circles and hyperbolas) to find the point on a spherical mirror where light would reflect to an observer’s eye.

The House of Wisdom (Bayt al-Hikma)

The House of Wisdom in Baghdad was the “Google” of the medieval world. It was a massive library and research institute where scholars translated Greek, Persian, and Indian texts into Arabic.

It organized knowledge by creating a “synthesis” of disciplines. A mathematician might work alongside a theologian, and a doctor might study philosophy.

This cross-pollination meant that the “Formal Sciences” (Math) were constantly applied to “Natural Sciences” (Medicine/Optics), creating a unified approach to learning that prevented the branches of knowledge from becoming isolated silos.

The House of Wisdom and the Renaissance

The Bayt al-Hikma (House of Wisdom) in Baghdad was the world’s greatest research institute. It organized knowledge by translating Greek, Persian, and Indian texts and then synthesizing them. It acted as a “bridge” between ancient philosophy and modern science. When these texts reached Europe, they fueled the Renaissance. The translation movement allowed European scholars to rediscover the scientific method, which had been preserved and expanded by Muslim polymaths.

Al-Khwarizmi and the Invention of Algebra

Muhammad ibn Musa al-Khwarizmi wrote Al-Kitab al-Mukhtasar fi Hisab al-Jabr wa’l-Muqabala. He invented Algebra (al-jabr) to provide a systematic way to solve linear and quadratic equations.

This was not just for math; it was a tool to solve real-world problems, such as land surveying and the complex division of estates required by Islamic law. His work provided the “language” of science that allows us to describe the universe mathematically today.

The synthesis of these fields—where the Quranic call to study nature met the rigorous logic of the House of Wisdom—created a framework where science was not separate from philosophy or faith, but a way to understand the order of the universe.

To be continued soon……..Inshaaallah (If Allah Wills)