From the Revival of the Earth to the Symmetry of Antimatter: A Scientific, Philosophical, and Theological Commentary on Qur’an 36:33–40 and 51:47–49

Epigraph

Dirac’s equation: $(i{{\partial }\!\!\!/}-m)\psi (x)=0,$

Presented by ChatGPT for Zia H Shah MD

Abstract

Qur’an 36:33–40 and 51:47–49 present nature as a coherent field of divine signs. The first passage moves from the revival of dead soil, grain, gardens, fruit, and water to the creation of pairs—including realities still unknown to humanity—and then to night, day, the Sun, the Moon, and celestial motion. The second moves from the construction and vastness of the heavens to Earth’s habitability and finally to the declaration that God created things in pairs. These are not isolated phrases selected after modern discoveries; pairhood appears within sustained reflections upon the natural domains that later became biology, geology, astronomy, cosmology, and physics.

Modern science has uncovered forms of pairing far beyond ordinary male and female organisms: reproductive structures in plants, complementary strands of DNA, homologous chromosomes, positive and negative electric charges, particles and antiparticles, and mathematical symmetries connecting physical states. Paul Dirac’s relativistic equation for the electron supplied one of the most striking examples. Its unexpected solutions led to the prediction of the positron, discovered experimentally in 1932. This does not mean that the Qur’an secretly contains the Dirac equation or explicitly predicts antimatter. It means that the expanding scientific horizon continues to furnish new instances of the text’s deliberately capacious language—especially its reference to “what they do not know.” Scientifically disciplined interpretation therefore avoids both reductionism and exaggeration: the Qur’an is not a physics textbook, but its theology of nature invites inquiry, accommodates discoveries unknown to its first hearers, and places the intelligibility, order, and relational structure of creation within a comprehensive vision of divine wisdom and providence.

The Qur’anic Texts

The revival of Earth and the signs of the heavens: Qur’an 36:33–40

36:33

وَآيَةٌ لَّهُمُ الْأَرْضُ الْمَيْتَةُ أَحْيَيْنَاهَا وَأَخْرَجْنَا مِنْهَا حَبًّا فَمِنْهُ يَأْكُلُونَ

A sign for them is the lifeless earth: We give it life and bring grain out of it, from which they eat.

36:34

وَجَعَلْنَا فِيهَا جَنَّاتٍ مِّن نَّخِيلٍ وَأَعْنَابٍ وَفَجَّرْنَا فِيهَا مِنَ الْعُيُونِ

We placed in it gardens of date palms and grapevines, and caused springs to flow through it,

36:35

لِيَأْكُلُوا مِن ثَمَرِهِ وَمَا عَمِلَتْهُ أَيْدِيهِمْ ۖ أَفَلَا يَشْكُرُونَ

so that they may eat its fruit—fruit their own hands did not create. Will they not, then, give thanks?

36:36

سُبْحَانَ الَّذِي خَلَقَ الْأَزْوَاجَ كُلَّهَا مِمَّا تُنبِتُ الْأَرْضُ وَمِنْ أَنفُسِهِمْ وَمِمَّا لَا يَعْلَمُونَ

Glory be to Him who created all the pairs: from what the earth produces, from human beings themselves, and from things they do not know.

36:37

وَآيَةٌ لَّهُمُ اللَّيْلُ نَسْلَخُ مِنْهُ النَّهَارَ فَإِذَا هُم مُّظْلِمُونَ

Another sign for them is the night: We strip daylight from it, and suddenly they are in darkness.

36:38

وَالشَّمْسُ تَجْرِي لِمُسْتَقَرٍّ لَّهَا ۚ ذَٰلِكَ تَقْدِيرُ الْعَزِيزِ الْعَلِيمِ

The Sun runs its course toward its appointed destination. That is the determination of the Almighty, the All-Knowing.

36:39

وَالْقَمَرَ قَدَّرْنَاهُ مَنَازِلَ حَتَّىٰ عَادَ كَالْعُرْجُونِ الْقَدِيمِ

For the Moon We determined phases, until it returns like an old, curved palm stalk.

36:40

لَا الشَّمْسُ يَنبَغِي لَهَا أَن تُدْرِكَ الْقَمَرَ وَلَا اللَّيْلُ سَابِقُ النَّهَارِ ۚ وَكُلٌّ فِي فَلَكٍ يَسْبَحُونَ

The Sun cannot overtake the Moon, nor can the night outrun the day: each floats in an orbit.

The heavens, the Earth, and universal pairhood: Qur’an 51:47–49

51:47

وَالسَّمَاءَ بَنَيْنَاهَا بِأَيْدٍ وَإِنَّا لَمُوسِعُونَ

We built the heaven with power, and We are indeed its vast maker.

51:48

وَالْأَرْضَ فَرَشْنَاهَا فَنِعْمَ الْمَاهِدُونَ

We spread out the Earth—how excellently We prepared it.

51:49

وَمِن كُلِّ شَيْءٍ خَلَقْنَا زَوْجَيْنِ لَعَلَّكُمْ تَذَكَّرُونَ

And of everything We created pairs, so that you might take heed and remember.

The Arabic texts and several translations may be compared at Qur’an 36:33–40 and Qur’an 51:47–49.

The Key Expression: Azwāj and Zawjayn

The pivotal term is zawj, whose plural is azwāj. Its semantic range is broader than the English word “couple.” It can denote a mate, spouse, counterpart, complementary member, category, kind, or one of two correlated realities. Thus, the Qur’anic language should not be reduced exclusively to biological sexes.

In 36:36, three domains are distinguished:

“What the earth produces”—the botanical and agricultural world.
“Themselves”—human beings and, by natural extension, sexually reproducing animals.
“What they do not know”—an expressly open category encompassing realities beyond the knowledge of the first hearers and, potentially, beyond the knowledge of every particular generation.

The expression mimmā lā yaʿlamūn—“from things they do not know”—is epistemologically remarkable. It prevents the verse from being confined to the inventory of seventh-century Arabian knowledge. The verse does not say that every unknown pair will eventually be discovered, nor does it identify any future scientific theory by name. It does, however, authorize an open horizon: creation contains structures, correlations, and paired realities that human beings have not yet recognized.

In 51:49, zawjayn is explicitly dual: two paired or corresponding kinds. Classical commentators did not restrict this to sexual reproduction. They listed heaven and Earth, night and day, Sun and Moon, land and sea, light and darkness, male and female, sweetness and bitterness, and other complementary or contrasting categories. Ibn Kathīr concludes that the plurality and pairhood of creation point toward the singularity of its Creator: created things require relations and counterparts, while God alone is incomparable and without partner. This classical interpretation can be read in the tafsir on Qur’an 51:49.

Modern physics therefore does not create a new meaning unrelated to the Arabic. It supplies new instances within an already broad semantic field.

What Was Known About Plants in Antiquity?

Historical precision strengthens rather than weakens the argument. It would be too absolute to claim that no one in antiquity knew of sexual differentiation in any plant. Cultivators had long recognized that date palms could be described as male and female, and artificial pollination of date palms was practiced in the ancient Near East. Theophrastus also discussed male and female forms in certain plants.

What ancient and early medieval societies lacked was a systematic, experimentally established theory of sexual reproduction throughout the plant kingdom. The reproductive functions of stamens, pollen, pistils, ovules, gametes, fertilization, and genetic inheritance remained unknown. Rudolf Jakob Camerarius’s experiments, published in De sexu plantarum in 1694, are commonly regarded as establishing plant sexuality experimentally. Later botanical research revealed an astonishing diversity of reproductive arrangements. A historical study of Theophrastus and date palms confirms that practical pollination contributed to a limited ancient recognition of plant sexuality, while Camerarius established the phenomenon experimentally on a broader basis (JSTOR; history of Camerarius’s work).

Today we understand that pollen is transferred from the male anther to a receptive stigma and that sperm cells ultimately reach the ovule. Yet even this must be stated carefully: not every plant consists of separate male and female individuals. Many flowers contain both reproductive structures; some plants reproduce asexually; others alternate sexual and asexual generations. The Qur’anic word azwāj is therefore more scientifically resilient when understood as mates, reproductive complementarities, paired structures, and differentiated kinds—not as a simplistic assertion that every organism has a separate male or female partner. The U.S. Forest Service’s explanation of pollination illustrates the modern biology.

Scientific Commentary on Qur’an 36:33–36

The “dead” Earth brought to life

Verse 36:33 begins not with abstract theory but with an annually repeated transformation: apparently lifeless soil becomes green and productive after water reaches it. The imagery is observationally immediate yet scientifically profound.

Dry soil is not absolutely dead. It may contain dormant seeds, fungal spores, bacteria, microscopic animals, organic matter, minerals, and complex ecological networks. Water activates metabolism, enables enzymes to function, transports dissolved nutrients, softens seed coats, and permits germination. Solar radiation drives photosynthesis, through which plants use light energy to convert carbon dioxide and water into energy-rich organic molecules. Roots interact with fungi and bacteria; nitrogen, carbon, phosphorus, and water circulate through the system; and grain emerges as concentrated biological energy upon which civilizations depend.

The verse compresses this entire system into three movements:

a lifeless appearance;
divine life-giving action through natural processes;
nourishment for human beings.

Its theological purpose is not to replace botany or soil science. It teaches people to see regular natural causation as a sign rather than as a screen concealing God. Familiarity should not extinguish wonder.

Gardens, fruit, and flowing water

Verses 34–35 join date palms, grapes, springs, fruit, human labor, and gratitude. Agriculture requires a remarkable convergence: fertile soil, liquid water, atmospheric gases, sunlight, suitable temperature ranges, microorganisms, pollination, genetic information, and human cultivation. Farmers plant, irrigate, graft, prune, protect, harvest, and process; nevertheless, they do not manufacture the seed’s living organization, the laws of chemistry, sunlight, water, or the basic fertility of nature.

The wording therefore does not deny human agency. It places agency within providence. Human hands contribute, but they work within a prior order that they neither created nor completely control. Verse 35 culminates not in scientific pride or passivity but in gratitude: afalā yashkurūn—“Will they not give thanks?”

Pairhood in what the Earth produces

Verse 36:36 then universalizes the reflection. Plant life exhibits pairing at multiple levels:

pollen-producing and ovule-bearing structures;
sperm cells and egg cells;
maternal and paternal genetic contributions in sexual reproduction;
homologous chromosomes;
complementary molecular recognition between reproductive cells;
paired alleles at corresponding genetic loci in diploid organisms;
ecological partnerships between flowering plants and pollinators.

Not all these phenomena are “pairs” in precisely the same scientific sense, and the verse should not be made to assert them individually. Together, however, they demonstrate that biological life is deeply relational. Reproduction, inheritance, variation, and ecological continuity arise through coordinated differences and complementarities.

This is the central insight emphasized in Zia H. Shah’s essays “The Holy Quran and the Pairs in Quantum Physics” and “How Electron and Positron Enhance My Belief in the Quran and God’s Providence”: the Qur’anic movement from familiar biological pairs to unknown pairs creates conceptual room for discoveries far beyond the knowledge of its first audience.

Scientific Commentary on Qur’an 36:37–40

Night and day

The text moves seamlessly from biology to astronomy. Night is described as though daylight were a covering being stripped away. This is phenomenological language: it describes the world as human beings experience it while remaining compatible with a spherical, rotating Earth.

Earth’s rotation brings successive regions into and out of sunlight, producing day and night. The boundary between illuminated and dark hemispheres continually travels around the planet. The verse’s vivid verb naslakhu—“We strip” or “peel away”—captures the gradual withdrawal of light at sunset and the sudden human awareness of darkness.

The Sun “runs”

The statement that the Sun “runs” should not be treated as an endorsement of a stationary Earth or a geocentric cosmos. In modern astronomy the Sun is not motionless. It rotates, moves around the solar system’s barycenter, travels with neighboring stars, and orbits the center of the Milky Way. The entire galaxy also moves relative to other cosmic structures.

The word mustaqarr may signify an appointed course, limit, destination, time, or settled term. The verse’s principal assertion is that solar motion is neither divine nor anarchic; it is measured by the determination—taqdīr—of the Almighty and All-Knowing.

The Moon’s phases

The Moon’s changing appearance results from the geometry of the Sun, Earth, and Moon. Half of the Moon is illuminated by the Sun, but the proportion visible from Earth changes during its orbit. The Qur’an compares the final slender crescent to an old, curved date-palm stalk—an image immediately accessible to its Arabian audience and visually exact.

The sequence also reveals the importance of reliable natural cycles. Lunar phases became measures of time, worship, travel, agriculture, and social organization. Mathematical regularity is thus joined to practical providence.

“Each floats in an orbit”

The expression kullun fī falakin yasbaḥūn—“each floats in an orbit”—presents celestial bodies as moving within ordered paths. The verb “swim” communicates smooth, continuous motion through the heavens. Modern astronomy vastly enlarges the scale: moons orbit planets, planets orbit stars, stars orbit galactic centers, and galaxies participate in the dynamics of an expanding universe.

The verse does not provide orbital mechanics, Newton’s law of gravitation, or Einstein’s general relativity. Its achievement is more foundational: it directs attention to lawful celestial motion and attributes its order to knowledge and determination rather than caprice.

Scientific Commentary on Qur’an 51:47–49

A vast or expanding heaven

The expression wa-innā la-mūsiʿūn in 51:47 can carry the senses of possessing vast power, making spacious, extending, or expanding. Classical commentators usually emphasized God’s power and the vastness of the heaven. Modern readers naturally notice its compatibility with cosmic expansion.

Modern cosmology finds that space on the largest scales is expanding and that distant galaxies are generally carried apart as the cosmic scale factor increases. Observations also indicate that the expansion is accelerating, though the physical nature of dark energy remains unresolved (Harvard–Smithsonian Center for Astrophysics).

It is reasonable to regard cosmic expansion as a striking modern resonance of la-mūsiʿūn. It is less responsible to claim that the word has only one possible meaning or that the verse supplies the mathematical content of modern cosmology. The strongest interpretation preserves both levels: the classical affirmation of divine power and vastness, and the modern recognition that the heaven is dynamically expanding.

Earth as a prepared habitation

Verse 51:48 describes Earth as spread out and prepared. This is the language of lived habitability, not a geometrical declaration that the planet is flat. A spherical planet thousands of kilometers in diameter necessarily appears extended beneath the feet of its inhabitants.

From a scientific perspective, Earth’s habitability depends upon a layered rocky planet, surface water, an atmosphere, a magnetic field, long-term climatic regulation, nutrient cycles, plate tectonics, solar energy, and a relatively stable orbital environment. “Spreading” and “preparing” gather these conditions under the concept of an inhabitable terrestrial home.

Pairhood as remembrance

The conclusion in 51:49 is not, “so that you might construct a theory of particles,” but laʿallakum tadhakkarūn—“so that you might remember, take heed, and reflect.” Scientific knowledge is placed within moral and spiritual remembrance. Discovery should awaken intellectual humility and gratitude.

The next verse makes the theological direction explicit:

فَفِرُّوا إِلَى اللَّهِ ۖ إِنِّي لَكُم مِّنْهُ نَذِيرٌ مُّبِينٌ

So flee to God; I am sent by Him to give you clear warning. (51:50)

The contemplation of heavens, Earth, and pairs is therefore an argument not merely for information but for orientation.

At Westminster Abbey: The Equation on Dirac’s Memorial

Near Isaac Newton’s monument in the nave of Westminster Abbey lies the memorial stone unveiled for Paul Adrien Maurice Dirac in 1995. Westminster Abbey confirms that the inscription includes the equation describing the behavior of the electron (Westminster Abbey).

In the compact natural-unit notation engraved on the memorial, the equation is:

[
\boxed{i\gamma!\cdot!\partial\psi=m\psi}
]

Equivalently, physicists commonly write it as:

[
\boxed{(i\gamma^\mu\partial_\mu-m)\psi=0}
]

Take a moment simply to look at the equation. Marvel at how short and compact it is, even if none of its symbols yet means anything to you. These few marks provide an entrée into a wonderland of mathematics and physics—and into a layer of reality that no unaided human sense could have suspected, although that reality is present throughout the material world.

Here (i) is the imaginary unit; (\psi) is a four-component mathematical object called a Dirac spinor, representing the quantum state of a spin-(\tfrac12) particle; (\partial_\mu) describes variation through space and time; (\gamma^\mu) denotes matrices encoding the geometry of special relativity; and (m) is the particle’s mass. The repeated index (\mu) indicates a sum over the temporal and three spatial components.

One historical correction is appropriate: Dirac wrote down and published his famous relativistic electron equation in 1928, rather than 1929. Later papers developed its interpretation, culminating in his 1931 proposal of a new particle with the electron’s mass but opposite charge. CERN’s historical account likewise dates the equation to 1928 (CERN).

How an Equation Disclosed an Unseen Partner

Quantum mechanics had successfully described atoms, while Einstein’s special relativity had transformed the understanding of space, time, energy, and momentum. But the early quantum equation associated with Schrödinger was not fully compatible with special relativity. Dirac sought an equation that would respect both.

His equation did much more than its intended job. It described the electron’s spin and magnetic behavior with extraordinary success. Yet when the equation was solved, it produced positive- and negative-energy branches. The unwanted solutions could not simply be discarded without damaging the mathematical coherence of the theory.

Dirac initially struggled with their physical meaning. Eventually he proposed that the theory implied an antielectron: a particle with the same mass as an electron but the opposite electric charge. No such particle was then known.

In 1932 Carl Anderson found tracks in a cloud chamber produced by a light, positively charged particle in cosmic rays. The positron had been discovered. Anderson’s experiment was initially independent of Dirac’s prediction, making the convergence of theory and observation especially impressive. The American Physical Society recounts how subsequent experiments observed the simultaneous production of positive and negative electron pairs and recognized the positron as Dirac’s predicted antiparticle (APS Physics).

Dirac shared the 1933 Nobel Prize in Physics with Erwin Schrödinger. Anderson received the 1936 Nobel Prize for discovering the positron.

Here mathematics did not merely summarize an already observed object. A demand for mathematical consistency opened a window onto something previously unknown in nature. The unseen partner was first encountered within an equation and only afterward in a detector.

Matter and Antimatter as a Modern Instance of Pairhood

The electron and positron have identical masses and spins but opposite electric charges and other opposite additive quantum numbers. When they meet under suitable conditions, they can annihilate, converting their energy primarily into photons. Conversely, sufficient energy can produce an electron–positron pair while conserving charge, energy, momentum, and other quantum quantities.

The pattern extends across the Standard Model:

electrons correspond to positrons;
protons correspond to antiprotons;
neutrons correspond to antineutrons;
quarks correspond to antiquarks;
muons correspond to antimuons;
matter neutrinos correspond operationally to antineutrinos.

CERN routinely creates, traps, and studies antiprotons and antihydrogen. Antimatter is therefore not speculative fiction but experimentally produced physical reality. CERN explains both particle–antiparticle production and annihilation and describes the continuing puzzle of why the observable universe contains far more matter than antimatter (CERN’s antimatter program).

Scientific qualifications remain important. Not every particle has a visibly different antiparticle. Some neutral bosons are their own antiparticles, and whether neutrinos are fundamentally distinct from antineutrinos or are Majorana particles remains unsettled. Furthermore, a particle and antiparticle are not “male and female” in any biological sense. “Pair” here signifies a mathematically related counterpart.

For these reasons, Qur’an 51:49 should not be translated into the technical statement, “Every particle has an antiparticle.” The Qur’an’s language is more comprehensive and less technically specific. Matter–antimatter symmetry is one magnificent modern instance of a broader created pattern.

Why This Is More Than an Isolated Scientific Proof-Text

The accusation of retrospective fitting deserves serious consideration. If a believer extracts an ambiguous sentence from a religious text only after a discovery and ignores its literary context, the interpretation may indeed be forced. These Qur’anic passages, however, possess several contextual safeguards against that charge.

Qur’an 36:33–40 is a sustained discourse on nature

The sequence is carefully constructed:

Verses	Natural domain	Central sign
36:33	Ecology and agriculture	Lifeless Earth revived; grain emerges
36:34–35	Botany and hydrology	Gardens, fruit, palms, vines, and springs
36:36	Biology and unknown creation	Pairs in plants, humanity, and unknown things
36:37	Planetary experience	The alternation of day and night
36:38	Astronomy	The ordered motion of the Sun
36:39	Lunar astronomy	The measured phases of the Moon
36:40	Celestial dynamics	Distinct courses and orbital motion

The verse about unknown pairs is therefore not surrounded by law, warfare, or unrelated narrative. It stands at the center of a passage devoted to the observable natural world.

Qur’an 51:47–49 forms a cosmic–terrestrial–universal triad

The second passage progresses through three levels:

the power, vastness, or expansion of the heavens;
the preparation of Earth as a habitation;
the creation of paired or complementary things.

These correspond broadly—using modern disciplinary categories—to cosmology, planetary science or geology, and biology or fundamental physics. The Qur’an itself does not divide knowledge into these contemporary departments, but it deliberately gathers these natural domains into one theological argument.

Classical exegesis was already broader than sexual reproduction

Long before the discovery of antimatter, commentators understood 51:49 as including contrasting kinds and cosmic complementarities—not only men and women or male and female animals. Modern physics therefore extends an established interpretive category rather than inventing one from nothing.

The text explicitly preserves the unknown

The most important protection against anachronism is 36:36 itself: “and from things they do not know.” Antimatter is not smuggled into a text that claimed to exhaustively list known pairs. The verse states that its examples are incomplete.

The responsible conclusion is therefore neither “the Qur’an contains quantum field theory” nor “modern physics is irrelevant to the verse.” It is that scientific discovery can become an enlarged commentary upon a text whose language deliberately reaches beyond the knowledge of its first audience.

Philosophical Commentary

A relational universe

Pairhood suggests that created reality is profoundly relational. Many properties have meaning only through relationships:

positive charge is intelligible in relation to negative charge;
a magnetic north pole implies a corresponding south orientation;
action is constrained by reaction and conservation;
genetic inheritance involves corresponding molecular structures;
measurement compares one quantity with another;
temporal change involves before and after;
biological reproduction joins differentiated contributions.

This does not mean everything is reducible to binary opposites. Nature contains continuums, triplets, multiplets, networks, asymmetries, and entities that are self-conjugate. Nevertheless, relationality is fundamental. Created things do not explain themselves in isolation.

Symmetry and intelligibility

The Dirac equation exemplifies a deeper feature of physics: symmetries govern what physical processes are possible. Modern theories classify particles partly through their transformations under symmetry groups. Conservation laws are related to symmetries, and antimatter arises within the mathematical architecture of relativistic quantum fields.

Yet the universe is not governed by perfect visible balance. Matter dominates the observable cosmos even though the fundamental theories assign corresponding roles to antimatter. The origin of this asymmetry remains an open scientific problem. Pairhood, therefore, is not static duplication. It includes symmetry, symmetry-breaking, differentiation, and the generation of a structured world.

Was the positron invented or discovered?

Dirac constructed an equation, but he did not arbitrarily choose its consequences. Once the equation satisfied the requirements of quantum mechanics and special relativity, its mathematical structure constrained the possible solutions. Dirac could initially dislike the negative-energy solutions, but he could not remove them without cost.

This illustrates the mysterious objectivity of mathematics. Mathematical reasoning can reveal structures that later appear in nature, even when the theorist did not put those empirical objects into the initial calculation. The episode raises a profound philosophical question: why is the physical universe so deeply intelligible through abstract mathematics?

Naturalism may treat this as a fortunate fact about the universe and evolved human cognition. Theism may understand it as evidence that the rational human mind and the law-governed cosmos share a deeper source in divine reason. The episode does not deductively prove God, but it contributes to a cumulative argument from intelligibility, order, mathematical elegance, and the discoverability of creation.

Avoiding a “God of the gaps”

God should not be placed only in what science has not yet explained. In Qur’anic theology, God is the Creator of what is known as well as unknown, of ordinary grain as well as antimatter, and of regular causation as well as surprising discovery. Explaining pair production mathematically does not remove divine creation; it describes one of the regularities through which creation operates.

The theological question is not merely, “Which gaps remain?” It is also:

Why does anything exist?
Why is nature governed by stable and mathematically expressible regularities?
Why are human minds capable of progressively understanding them?
Why does a universe governed by impersonal equations generate life, consciousness, moral awareness, and seekers of truth?

Physics describes structures and transformations within the universe. Metaphysics asks what ultimately grounds the existence and intelligibility of that entire order.

Theological Commentary

Pairhood points beyond itself to divine unity

Created things possess counterparts, components, relations, dependencies, and limits. God, by contrast, is not one member of a cosmic pair. The Qur’an declares:

قُلْ هُوَ اللَّهُ أَحَدٌ

Say: He is God, the One. (112:1)

And:

وَلَمْ يَكُن لَّهُ كُفُوًا أَحَدٌ

There is nothing comparable to Him. (112:4)

Classical commentators therefore saw 51:49 as an argument for tawḥīd. The paired structure of creation marks its contingency: created realities depend upon relations and conditions, while the Creator is unpaired, incomparable, and ontologically independent.

“Glory be to Him”

Verse 36:36 begins with subḥāna alladhī—“Glory be to Him who….” Tasbīḥ declares God free from imperfection, limitation, composition, biological generation, and resemblance to creation. The world may be characterized by mating, duality, contrast, and mutual dependence; God transcends them all.

This is why the verse about pairs begins not merely with “He created,” but with an act of theological purification: do not imagine that the Creator is another paired object within the universe.

Resurrection through the revival of Earth

The larger context of Sūrah Yā-Sīn concerns revelation, accountability, resurrection, and the signs of divine power. The revived Earth in 36:33 is simultaneously an agricultural observation and an analogy for resurrection. Soil that seemed dead becomes the bearer of life. Seeds that appeared inert unfold into ordered organisms. The annual renewal of vegetation does not scientifically demonstrate the resurrection of persons, but it supplies an argument from possibility and power: the God who originates and renews life is not incapable of a second creation.

Providence without denying natural causes

The passages attribute rain, springs, plant growth, celestial motion, and pairhood to God. This need not deny intermediate causes. Theistic traditions have explained providence in different ways. Some emphasize genuine secondary causation sustained by God; Islamic occasionalists such as al-Ghazālī emphasize that the regular connection between events remains dependent upon God’s continually exercised will.

Both approaches agree on the central point: scientific laws are not independent deities. They neither create themselves nor explain why there is a law-governed reality at all. They describe the dependable patterns through which divine providence enables a coherent world.

Knowledge, humility, and discovery

The words “what they do not know” establish humility as a religious virtue. Human knowledge is real but incomplete. Each generation is tempted to confuse its current map with the total territory. The verse resists that arrogance.

For a seventh-century hearer, the unknown included most of microbiology, genetics, astrophysics, and particle physics. For us, it includes the identity of dark matter, the origin of cosmic matter–antimatter asymmetry, quantum gravity, the deep basis of consciousness, and perhaps entire domains that present science has not imagined.

A believer should therefore not use revelation to suppress inquiry. The proper response is to investigate creation with confidence that reality is intelligible, coupled with humility about every human interpretation—including scientific and exegetical interpretations.

A Balanced Assessment of the Scientific Claim

The strongest apologetic claim is not that Muhammad supplied a technical prediction of the positron. The verse gives no mass, charge, spin, equation, or experimental signature. If “scientific miracle” is defined as a detailed, uniquely testable forecast of antimatter, the claim exceeds the text.

The stronger and more defensible argument is cumulative:

The Qur’an repeatedly invites reflection upon nature.
It speaks of pairhood in plants and humanity.
It broadens pairhood to creation generally.
It explicitly includes realities unknown to its first hearers.
These statements occur in passages already discussing the heavens, Earth, life, water, night, the Sun, the Moon, and celestial motion.
Subsequent science has uncovered profound forms of pairing at biological, chemical, and quantum levels.
The electron–positron relationship is an especially elegant example because an unseen counterpart emerged from the mathematical structure of a theory before experimental discovery.
These findings harmonize naturally with the Qur’anic vision of a rational, ordered, relational, and still incompletely known creation.

Such harmony does not force belief upon every reader. Evidence is interpreted within broader philosophical commitments. But for the believer, it can rationally deepen faith and transform scientific discovery into an occasion for remembrance.

Thematic Epilogue: From Grain to Antimatter

The Qur’anic journey begins beneath our feet. A patch of ground appears dead. Rain falls, a seed opens, roots descend, shoots rise, and grain becomes nourishment. Gardens emerge, springs flow, and fruit ripens. The text then asks the human being to look more deeply: within the green world are pairs; within ourselves are pairs; beyond both are pairs still unknown.

The gaze rises. Day is stripped away and night appears. The Sun runs its appointed course. The Moon moves through measured phases. Celestial bodies float within ordered paths. Elsewhere, the heaven is described as powerfully built and vastly extended, Earth as prepared for habitation, and creation as structured through pairhood.

Centuries later, a physicist writes a handful of symbols. The equation is meant to reconcile quantum mechanics with special relativity and describe an electron. Yet the mathematics refuses to speak only of the known particle. It discloses another possibility: an antielectron, equal in mass but opposite in charge. Four years after the equation appeared, nature left the positron’s curved trace in a cloud chamber.

Today that same equation rests near Newton’s monument in Westminster Abbey:

[
i\gamma!\cdot!\partial\psi=m\psi
]

Its simplicity conceals a world. The Qur’anic sentence is similarly compact:

[
وَمِن كُلِّ شَيْءٍ خَلَقْنَا زَوْجَيْنِ لَعَلَّكُمْ تَذَكَّرُونَ
]

“And of everything We created pairs, so that you might remember.”

Neither formula exhausts its reality at first sight. Both invite sustained attention. The mathematical equation opens toward spinors, relativistic quantum fields, antimatter, and the architecture of physical law. The Qur’anic verse opens toward biology, cosmology, metaphysics, gratitude, and the divine unity beyond every created duality.

The believer need not turn the Qur’an into a physics manual to experience the force of this convergence. It is enough to recognize that the book of revelation and the book of nature repeatedly call the mind beyond the familiar. The green shoot and the positron, the lunar crescent and the expanding cosmos, the known pair and the still-unknown counterpart all become signs of a creation deeper than appearances—and of the One who creates every relation while Himself remaining uniquely One.