Quantum science and technology are among the most significant intellectual developments of the modern age. The declaration of 2025 as the International Year of Quantum Science and Technology invites reflection on its wider implications. Quantum physics has transformed our understanding of nature and generated applications in computing, communication, sensing, medicine, materials science and information technology. From an Islamic perspective, it should be approached neither with suspicion nor exaggerated religious enthusiasm, but as a rigorous investigation of the created order. Its implications should be considered within an Islamic conception of knowledge in which reason, observation, experience and revelation have complementary but distinguishable roles. The Qur’an encourages contemplation of creation: “Indeed, in the creation of the heavens and the earth and the alternation of night and day are signs for those of understanding” (Qur’an 3:190). It also asks: “Do they not look into the dominion of the heavens and the earth and all things that Allah has created?” (Qur’an 7:185).
Such verses encourage tafakkur and intellectual inquiry. Quantum physics studies nature at the scale of atoms, electrons, photons, where classical physics is insufficient. The term quantum broadly refers to discrete amounts of physical quantities. Light displays wave-like behaviour but is detected in packets called photons, while electrons can also display wave-like properties. It is probabilistic in its predictions: instead of always specifying one certain outcome, it provides precise probabilities for possible measurement results. Superposition is another central concept. A quantum system can be represented as a combination of possible states, with measurement producing a particular outcome according to the quantum probabilities. Schrödinger’s cat was a thought experiment illustrating conceptual difficulties, not a claim about ordinary cats. Entanglement occurs when particles share a quantum state producing correlations that classical models cannot adequately explain. It does not permit usable information to travel faster than light.
The popular statement that “observation creates reality” is an oversimplification. Quantum measurement involves physical interaction with an apparatus or environment; quantum theory does not establish that consciousness creates the universe. Heisenberg’s uncertainty principle states that certain pairs of physical quantities, especially position and momentum, cannot simultaneously possess arbitrarily precise values in a quantum state. Quantum mechanics is governed by precise mathematical relations and has extraordinary predictive power. Historically, Planck introduced the quantum hypothesis in 1900; Einstein applied quantum ideas to light in 1905; Bohr developed his atomic model in 1913; de Broglie proposed matter waves in 1924; Heisenberg formulated matrix mechanics in 1925; and Schrödinger developed wave mechanics in 1926. Born supplied the probabilistic interpretation, while Dirac and others further developed the theory.
Islamically, the Qur’an is not a physics textbook. Its primary purpose is guidance concerning God, existence, morality, worship, justice, responsibility and destiny. Yet it repeatedly directs attention toward nature as a field of divine signs. “Allah is the Creator of all things” (Qur’an 39:62). Science investigates how physical phenomena behave, whereas revelation addresses questions science alone cannot settle: why anything exists, purpose, moral obligation and destiny. Quantum theory may stimulate philosophical reflection, but reflection is not scientific proof. The Islamic intellectual tradition offers resources for such reflection. Al-Ghazali, especially in the Tahafut al-Falasifah, questioned the claim that created causal relations possess independent metaphysical necessity. His discussion of fire and cotton emphasizes divine creative agency. Ibn Rushd defended the intelligibility of natural causation and its importance for rational inquiry. Their debate is not identical to quantum indeterminacy, and al-Ghazali did not predict quantum mechanics. Nevertheless, their discussions show that causality, necessity, natural regularity and divine agency have long been questions in Islamic philosophy.
“Quantum physics complements rather than replaces metaphysics and religion, inviting balanced Islamic engagement that pursues science rigorously, avoids treating models as absolute worldviews, and channels knowledge toward ethical responsibility, environmental stewardship, and wisdom.”
Quantum probability should not be confused with qadar. Divine decree concerns Allah’s knowledge, will and governance, whereas quantum probability belongs to the mathematical description of physical systems. A Muslim can affirm probabilistic quantum phenomena while believing that Allah possesses complete knowledge and sovereignty. Quantum physics encourages epistemic humility. The Qur’an says: “And you have not been given of knowledge except a little” (Qur’an 17:85). This expresses an enduring principle of intellectual humility. Quantum physics can deepen tafakkur. Discovering that apparently simple matter possesses an extraordinarily subtle structure governed by mathematical laws can deepen appreciation of creation. Yet the Qur’an should not be forced into scientific theories.
Claims that it predicted quantum entanglement or that superposition proves the unseen exceed responsible interpretation. The technological consequences of quantum science make ethics essential. Semiconductors, transistors, lasers, LEDs, solar cells, atomic clocks and many modern technologies depend upon quantum principles. Quantum computers, communication systems and sensors may transform cybersecurity, navigation, medicine, materials science and information processing. Islamic ethics asks not only what can be done but what ought to be done. The concepts of maqasid al-shari‘ah, maslahah and avoidance of mafsadah can guide evaluation.
Technologies that protect life, improve healthcare, enhance knowledge and serve welfare may advance public benefit; technologies that intensify warfare, surveillance, cyber conflict or inequality require scrutiny. The principle of khilafah also requires stewardship. Scientific progress should be accompanied by environmental sustainability, equitable access to technological benefits and justice. Quantum science offers an opportunity to revive the Islamic tradition of integration of knowledge. Muslim civilization cultivated mathematics, astronomy, medicine, optics and philosophy alongside theology and spirituality. Ibn al-Haytham, al-Biruni and Ibn Sina exemplify this broad intellectual culture. For Muslim scholars, quantum science can become a field for renewed dialogue between science, philosophy and Islamic thought.
Universities and Islamic Studies departments can engage philosophy of science, science and religion, ethics of emerging technologies, maqasid-oriented technology policy and integration of knowledge. India’s National Quantum Mission makes this relevant. Scientists can explain physical realities; philosophers can examine conceptual implications; theologians and ethicists can address meaning, responsibility and moral purpose. Ultimately, quantum physics neither diminishes religion nor replaces metaphysics with physics. It expands awareness of the complexity of the physical universe while reminding us that scientific models should not automatically become comprehensive metaphysical worldviews. An Islamic response should be neither defensive rejection nor apologetic appropriation, but engagement. Science should be pursued rigorously, philosophical implications examined critically, revelation interpreted responsibly, and technology directed toward justice, human dignity, lasting peace, environmental sustainability and the shared common good. Quantum science can thus contribute to a philosophy of knowledge that recognizes the vastness of creation, the limits of human understanding, the responsibility attached to knowledge, and the Qur’anic invitation to transform contemplation into wisdom, gratitude and responsible action.
(The author a veteran academician is a former Professor and Head Department of Islamic Studies, Kashmir University. The views, opinions and conclusions expressed in this article are those of the author and aren’t necessarily in accord with the views of “Kashmir Horizon”)
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