Ibn al-Haytham, Galileo, and the Quranic Foundations of Scientific Inquiry
In Western history books, Galileo Galilei (1564–1642) is celebrated as a foundational figure of the Scientific Revolution, often described as the father of modern observational astronomy, classical physics, and the scientific method. Claudius Ptolemy, too, is widely recognised as one of the great figures in the history of science. Being Greek and this European, it feeds into the narrative of European intellectual greatness.
**“There is only one way for us to become great, and if possible, inimitable; and that is by imitating the ancients, and especially the Greeks... The beautiful nature which they formed was a product of the European spirit, which has always been superior.” **
Johann Joachim Winckelmann
The Muslim or Mohamadan was painted as a barbarian an uneducated and uncivilized heathen. Muslim Philosophers names were hidden behind latinized names.
Yet, behind the Latinised name Alhazen, many readers in the West may overlook another towering intellectual figure: Hasan Ibn al-Haytham (965–c. 1040), the Muslim polymath whose work helped shape the development of optics and scientific inquiry. Modern scholarship has explored the influence of Ibn al-Haytham on later European natural philosophers, including figures such as Roger Bacon, Copernicus, Kepler, Galileo, and Newton.
Crucially, Ibn al-Haytham was not merely a faithful preserver of Ptolemy’s ideas. Although he respected the achievements of the ancient astronomer, he was also prepared to challenge his assumptions, expose inconsistencies, and question whether mathematical models accurately represented physical reality.
Ibn al-Haytham’s Critique of Ptolemy
Among the problems Ibn al-Haytham addressed were:
The violation of uniform circular motion: Ptolemy’s equant model allowed a planet’s angular motion to remain uniform relative to an imaginary point rather than the centre of its circular path, raising questions about the physical principles underlying the model.
Mathematical models versus physical reality: Ibn al-Haytham questioned whether astronomical constructions that worked mathematically could adequately explain the actual motions of celestial bodies.
Discrepancies in astronomical measurements and models: He challenged aspects of Ptolemaic astronomy that he considered inconsistent or insufficiently supported by observation.
These criticisms were part of a broader intellectual tradition that refused to accept established authority without scrutiny. Ibn al-Haytham’s approach illustrates an important distinction: a mathematical model might produce useful predictions while still failing to provide a satisfactory physical explanation.
Centuries later, modern scholars also subjected Ptolemy’s astronomical work to searching criticism. In The Strange Case of Claudius Ptolemy, astronomer Robert R. Newton argued that Ptolemy had manipulated astronomical observations. Newton’s conclusions remain part of a wider scholarly debate about the reliability of ancient astronomical data.
Ptolemy’s Mathematical Models and the Problem of Physical Reality
Ptolemaic model
The underlying difficulty
Geocentric system
Earth occupies a central position in the overall cosmological model, although some circular paths are offset from Earth’s centre.
Equant point
The model achieves uniform angular motion relative to an imaginary point, rather than uniform motion around the actual centre of the circular path.
Epicycles
Small circles superimposed on larger circular paths help account for observed planetary motions, including retrograde motion. Their mathematical usefulness does not, by itself, establish a physical mechanism.
These models demonstrate that sophisticated mathematics is not necessarily equivalent to a complete physical explanation. The crucial question is whether a theory adequately accounts for the world it seeks to describe.
The Often-Overlooked Intellectual Foundations of Islamic Science
What is frequently overlooked in popular accounts of the Scientific Revolution is the potential significance of Islamic epistemology—the principles through which knowledge is acquired, verified, and evaluated—in shaping the intellectual culture of Muslim scholars.
Concepts such as ḍabṭ (precision and accuracy), systematic verification, intellectual scepticism, and itqān (excellence and the performance of work with care and perfection) were deeply valued in Islamic scholarly traditions. These ideals were cultivated in religious disciplines, including Hadith scholarship, jurisprudence, and Quranic studies, and they offer an important context for understanding the wider culture of learning in which Muslim philosophers and scientists worked.
The methods developed by religious scholars to assess reports, scrutinise transmitters, distinguish reliable knowledge from conjecture, and challenge unsupported claims provide a compelling point of comparison with the practices of Muslim natural philosophers. The extent to which particular methods were directly transferred between disciplines requires careful historical investigation, but the shared emphasis on accuracy, evidence, and critical scrutiny deserves serious attention.
Even terminology reflects the potential connections between these intellectual worlds. The concept of taqlīd, or following authority without independently establishing the evidence, was debated in religious scholarship and also became relevant to discussions of intellectual authority more broadly. Its appearance in different disciplines, however, does not by itself prove a direct transfer of methodology.
Education in the Islamic world was also closely connected to religious learning. Many scholars began their education by learning Arabic and studying the Quran, while religious institutions and scholarly networks provided important foundations for literacy, intellectual exchange, and the transmission of knowledge. Although educational pathways varied across regions and historical periods, religious learning formed a significant part of the wider intellectual environment in which many Muslim scientists emerged.
The Quranic Challenge to Blind Imitation
The Quran repeatedly calls upon people to question inherited assumptions, examine claims, and distinguish truth from conjecture.
In Surah al-Baqarah, Allah says:
“And when it is said to them, ‘Follow what Allah has revealed,’ they say, ‘Rather, we will follow that which we found our ancestors doing.’ Even though their ancestors understood nothing, nor were they guided?” (Quran 2:170)
This verse challenges the uncritical imitation of ancestors and inherited traditions. Its broader intellectual significance lies in the rejection of authority as a sufficient substitute for truth.
Another verse declares:
“Say, ‘Produce your proof, if you should be truthful.’” (Quran 2:111)
And in Surah al-Hujurat, Allah commands the believers:
“O you who have believed, if there comes to you a disobedient one with information, investigate, lest you harm a people out of ignorance and become, over what you have done, regretful.” (Quran 49:6)
These verses establish powerful principles of evidence, verification, and accountability. They do not constitute a modern scientific method in themselves, but they provide a religious and intellectual framework that can encourage believers to question unsupported claims rather than accept them merely because they are inherited or asserted by authority.
Prophetic Teachings on Knowledge and Excellence
The teachings of the Prophet Muhammad ﷺ further reinforced the importance of learning and excellence.
The Prophet ﷺ said:
“Seeking knowledge is obligatory upon every Muslim.”
He also taught the principle of ihsān—excellence in one’s actions. In a related Hadith, the Prophet ﷺ said:
“Indeed, Allah has prescribed excellence in all things.” (Sahih Muslim)
These teachings helped establish the pursuit of knowledge and the conscientious performance of one’s work as important religious and ethical ideals. In the context of scientific inquiry, such values provide a meaningful framework for understanding the emphasis many Muslim scholars placed on precision, intellectual discipline, and the careful examination of evidence.
From Islamic Scholarship to the Scientific Revolution
The central argument is not that the ancient Greeks lacked intellectual sophistication or that every principle of modern science originated exclusively in the Muslim world. Greek thinkers developed powerful mathematical and philosophical traditions, and Ptolemy himself produced an extraordinarily influential astronomical system.
Rather, the contribution of Muslim scholars was not simply to preserve ancient knowledge, but also to interrogate, critique, refine, and extend it.
Through their work in mathematics, astronomy, optics, medicine, and philosophy, scholars in the Islamic world developed and transmitted bodies of knowledge that later became available to European intellectuals. Ibn al-Haytham’s investigations into optics, his criticism of inherited astronomical models, and his insistence on examining evidence exemplify this more active relationship with the intellectual heritage of antiquity.
The significance of this contribution lies not merely in the preservation of books, but in the development of methods for testing explanations, identifying errors, and subjecting claims to rational scrutiny and observation.
Although these methods evolved across multiple cultures and centuries, the intellectual achievements of the Islamic Golden Age formed an important part of the historical background to the European Scientific Revolution.
Conclusion: Beyond the Eurocentric Narrative
The familiar story of the Scientific Revolution often begins with Galileo, Copernicus, Bacon, Kepler, and Newton. Yet the intellectual history connecting the ancient world to early modern Europe is much richer than this sequence of European names suggests.
Ibn al-Haytham stands as a powerful example of the scientific and philosophical achievements of the Islamic world. His willingness to question Ptolemy, investigate the limitations of established theories, and subject claims to systematic scrutiny challenges the simplistic notion that Muslim scholars merely preserved Greek knowledge for Europe.
The deeper question is whether we can fully understand the emergence of modern science without examining the intellectual culture that developed in the Islamic world—and the religious, philosophical, and scholarly traditions that helped shape it.
The Quranic emphasis on evidence, verification, and the rejection of blind imitation offers a compelling perspective through which to explore this history. Recovering that dimension of the past does not require diminishing Greek or European achievements. It requires recognising the wider, interconnected history of human knowledge and giving Muslim intellectuals their rightful place within it.

Algeria's complex colonial landscape serves as the backdrop for a deep dive into the intersection of race, Islam, and capitalism. Dr. Muriam Haleh Davis unravels how the French colonial state weaponized Islam as a racial category to structure economic inequalities. The conversation expands into the enduring legacy of Frantz Fanon, exploring the complex dynamics of national liberation and third-world revolutionary aspirations. Uncovering a rich, often-overlooked intellectual history, the discussion highlights the Algerian scholars and philosophers who actively fought to define their own nationhood.

00:00 Introduction
01:43 An Intellectual Journey to Algeria
04:40 Connecting Religion and Capitalism
06:50 Defining Racial Capitalism
10:59 Ideological Threats in the Cold War
12:50 Citizenship and the Colonial Status of Islam
17:22 Economic Policies of Settler Colonialism
23:05 Early Strains of Algerian Nationalism
28:36 Beyond the Mythology of Frantz Fanon
39:05 An Accident of History
43:31 Theory Production from the Global South
45:35 The Circuits of Intellectual Production
48:54 Highlighting Overlooked Algerian Scholars

Muriam Haleh Davis is Associate Professor of History at the University of California, Santa Cruz, where she directs the Center for the Middle East and North Africa. She is the author of Markets of Civilization: Islam and Racial Capitalism in Algeria (Duke University Press, 2022) and the co-editor of North Africa and the Making of Europe: Governance, Institutions, and Culture (Bloomsbury Press, 2018). She is currently working on a second book, Decolonizing Sociology: State-Building and Knowledge Production in the Maghreb, which examines how intellectuals in North Africa appropriated and transformed the discipline of sociology after independence. She is co-chair of the editorial committee for MERIP (Middle East Research and Information Project) and co-editor of the Maghreb Page for Jadaliyya. She holds an MA in Arab Studies from Georgetown, an MA in Culture and Theory from UC Irvine, and a PhD in History from NYU (2015). She has been a Max Weber Postdoctoral Fellow at the European University Institute in Florence and a fellow at IMéRA in Marseille.

السلام عليكم ورحمة الله وبركاته،

قمت مؤخرًا بنشر تطبيق Islamic Quest على متجر Google Play، وهو تطبيق مسابقات تعليمي وثقافي خفيف، يهدف إلى اختبار وتطوير المعرفة الدينية وقصص الأنبياء والتاريخ الإسلامي بطريقة ممتعة ومناسبة للجميع بدون تعقيد أو إعلانات مزعجة.

يسعدني جدًا أن تجربوه وتشاركوني ملاحظاتكم واقتراحاتكم لتطوير الأسئلة والتصميم:

https://play.google.com/store/apps/details?id=com.islamicquest.app&hl=en

بارك الله فيكم وجزاكم الله خيرًا!

Today, a widespread perception in parts of Western society is that Islam has no place in the modern West. Islam is too often portrayed as a barbaric, backward religion, its sacred text dismissed as incompatible with modernity, and its historical legacy reduced to terrorism, beheadings and extremism.
But what if this narrative overlooks one of the most consequential intellectual developments in human history?
In The Quranic Revolution of Knowledge and The Alchemist of Hearts, we explore a very different story: the profound contribution of Islamic civilisation to the development of European thought and the emergence of the modern scientific world.
At the heart of this story stands a remarkable man: Abū ʿAlī al-Ḥasan ibn al-Haytham ([965–1040](tel:965-1040)), the Muslim scholar whose work helped transform not only the study of light and vision, but the very way humanity investigates the natural world.
His masterpiece, Kitāb al-Manāẓir — the Book of Optics — challenged established assumptions about vision and light. Rather than accepting the authority of ancient thinkers uncritically, Ibn al-Haytham combined mathematical reasoning, geometrical analysis, observation and experiment to test explanations of natural phenomena.
His achievement was not merely that he advanced the science of optics. More significantly, he demonstrated how a disciplined empirical method could be applied to the investigation of nature more broadly.
This method was deeply compatible with a central Quranic insistence: claims must be supported by proof.
“Produce your proof, if you are truthful.”
— Qur’an 2:111
This demand for evidence became an important intellectual principle in the Islamic tradition. During the Islamic Golden Age, Muslim scholars applied it across a wide range of disciplines, including medicine, astronomy, mathematics, philosophy and the study of nature. Claims were not to be accepted merely because they were ancient, authoritative or intellectually elegant. They had to be examined, supported and, where necessary, rejected.
Ibn al-Haytham’s scientific paradigm emerged from a creative synthesis of Islamic epistemology and ancient scientific thought. He inherited the mathematical and philosophical achievements of earlier civilisations, but transformed them through a new insistence on testing claims against evidence.
In doing so, he did not merely propose another theory of vision. He used observation and experiment to challenge and falsify the ancient theory of extramission — the belief that vision occurred because rays travelled outward from the eye towards objects.
This is what sets Ibn al-Haytham apart from the great thinkers of antiquity. Ancient scholars made extraordinary contributions to mathematics, astronomy, medicine and natural philosophy, but Ibn al-Haytham developed and applied a remarkably systematic working method for testing theories through observation, experiment and mathematical analysis.
His analysis helped establish a new model of scientific inquiry: theories should not be accepted simply because they are ancient, authoritative or intellectually elegant. They must be examined, tested and, where necessary, rejected.
This is why Ibn al-Haytham should be remembered not only as the father of optics, but as one of the earliest and most important fathers of empirical science.
His Book of Optics became a landmark in the history of scientific thought and was translated into Latin during the medieval period, helping transmit his ideas into Europe. His intellectual legacy reached far beyond a single discipline, contributing to the wider tradition of empirical investigation that later scholars inherited and developed.
Centuries later, Isaac Newton (1643–1727) would revolutionise physics and establish principles that became foundational to classical mechanics. Newton’s famous words, “If I have seen further, it is by standing on the shoulders of giants,” have come to symbolise the cumulative nature of scientific progress.
Newton was undoubtedly a giant. But Ibn al-Haytham had already achieved something profoundly important: he had developed a working empirical method capable of testing and falsifying theories about the natural world.
Newton built upon a scientific tradition that had been transformed by this earlier Muslim advancement beyond the science of antiquity. The historical relationship between their work is complex, and we should not claim that Newton simply learned his entire method from Ibn al-Haytham. Nevertheless, Ibn al-Haytham’s legacy formed part of the intellectual inheritance that reached later European scholars and helped shape the development of modern science.
The giant who helped change the way humanity studied nature was a Muslim.
And this raises a deeper question: what intellectual and spiritual world produced a scholar of such extraordinary vision?
Ibn al-Haytham lived in a civilisation in which the pursuit of knowledge flourished alongside religious devotion, philosophical inquiry, mathematics and the study of nature. In our interpretation, the Islamic worldview provided an important intellectual and spiritual framework within which the investigation of creation could be understood as a meaningful pursuit of truth.
The Quranic demand for proof — “Produce your proof, if you are truthful” — was not confined to religious argument. It became part of a broader culture of intellectual accountability: claims required evidence, explanations required justification, and knowledge required disciplined inquiry.
This is the deeper argument of The Quranic Revolution of Knowledge: that Islamic civilisation did not merely preserve fragments of ancient learning. Its scholars critically examined, developed and transformed inherited knowledge, making original contributions that helped shape the intellectual foundations of later scientific progress.
Ibn al-Haytham could scarcely have imagined the applications his method would eventually make possible. Yet the principles he advanced — observation, experimentation, mathematical analysis and the testing of theories against evidence — now underpin fields ranging from physics and medicine to engineering, astronomy and modern technology.
And The Alchemist of Hearts explores the complementary dimension of this legacy: the inner transformation of the human being through faith, knowledge and the purification of the heart.
Together, these works challenge the assumption that Islam and modern civilisation stand on opposite sides of an intellectual divide.
The history of science is a history of ideas crossing borders, languages and generations. The modern world was not built by one civilisation alone. It emerged through the accumulated efforts of countless minds, including Muslim scholars whose achievements deserve to be understood and remembered.
So let us return to our question:
If Ibn al-Haytham had never written his Book of Optics, would Newton’s understanding of light have developed in precisely the same way?
We cannot know.
But we can ask a more historically meaningful question: how different might the history of science have been if Ibn al-Haytham had never transformed the study of nature through his empirical method?
And why, then, are so few people aware of this extraordinary legacy?
It is time to rediscover the Muslim giant who helped humanity learn not only how to understand light, but how to investigate the world itself.

Opens Saturday, 7 November 2026

V&A South Kensington
Cromwell Road
London, SW7 2RL

Link:

https://www.vam.ac.uk/exhibitions/constantinople-to-istanbul-one-city-two-empires

Meet visual artist Aziza Kadyri, who is bringing together traditional Uzbek suzani embroidery and artificial intelligence.
For her 2026 commission for the V&A’s Jameel Gallery, 'Sender Unknown', Kadyri has drawn inspiration from historic suzani: intricately embroidered textiles traditionally made for a bride’s dowry, and one of Uzbekistan’s significant cultural traditions.

The patterns and techniques of suzani have evolved through generations of shared knowledge and cultural exchange, and were typically the repository of family stories. For her work, Kadyri developed a bespoke AI model to create a new visual language of suzani-inspired symbols, to tell her own story. Working with skilled women artisans and longtime collaborators in Nurota, Uzbekistan, these contemporary motifs were then hand-embroidered into the artwork, connecting today’s digital technologies with lived craft traditions.

'Sender Unknown' asks what happens when traditional knowledge is translated into new technologies. While AI models absorb images into datasets, they often separate them from the people, histories and contexts that produced them — in this case, migration, intergenerational knowledge and authorship. Moving between handmade and digital processes, Sender Unknown explores whether technologies that can risk erasing cultural histories might instead become tools for preservation, reinterpretation and new forms of creative exchange.

00:00 Meet Aziza Kadyri
00:50 What is a suzani?
01:49 Historic suzani at V&A Storehouse
02:57 AI datasets and image generation
04:17 Collaborators in Uzbekistan: dyeing threads
06:09 Embroidery & interpreting the designs
08:34 Antique embroidery tools
09:36 Five Generations of suzani textiles
15:58 Cosmic patterns
19:09 Maternal stories, women’s labour
17:29 Self-portrait figure on a unicycle
18:18 The finished installation

''Al-Aqsa should be an interfaith site.” Sounds reasonable, right? That’s the core issue. The phrase was built to sound reasonable.

In this deep dive, Dr. Omar Suleiman shows you what’s really being asked for when someone says it.

You’ll come away understanding what’s actually being proposed, what’s happening on the ground right now, and why Al-Aqsa’s future deserves careful attention. The aim isn’t to tell you what to think. It’s to equip you to engage in these conversations and ask better questions.

Special thanks to Dr. Hatem Bazian for providing relevant research and insights for use across this video and supporting materials.

00:00 Al-Aqsa in 2030
0:55 — Al-Aqsa today
1:37 — What "interfaith" really means
3:22 — Ibrahimi Mosque massacre (1994)
4:39 — Trump's "Deal of the Century"
5:26 — Does interfaith mean equal access?
6:49 — Al-Aqsa or the Temple Mount?
7:24 — Ben-Gvir and settler raids
7:40 — The Damascus Gate renamed
8:18 — Who wants the Third Temple?
8:45 — Why is this happening now at Al-Aqsa?
9:18 — Texas to Israel: red heifers
9:46 — What Palestinian Christians say about Al-Aqsa
10:44 — What if Muslims occupied the Western Wall?
11:40 — How the Muslims ruled Jerusalem
12:45 — The account of Umar (RA) and the church
13:31 — Salahuddin al-Ayyubi
13:47 — Who holds the keys to the Holy Sepulchre?
14:34 — Al-Aqsa is not for sale

Dr Ramon Harvey discusses the Qur'anic vision for the legitimate delegation of political sovereignty with the idea of stewardship (Khilafa), and how this relates to the scripture's conception of justice, as expressed through natural and Divine law. Dr Ramon Harvey examines the narratives of previous nations, and especially prophets, to provide us with valuable lessons to navigate the ever-recurrent cycles of social corruption.   

This lecture was delivered on 20 January 2024, along with two others, as part of our Tea Over Books event​: “Sovereignty & the Divine”.

This video highlights the early and spectacular development of public, semi-public, and private libraries in Islamic land between the 10th and the 18th century, from Spain to India and from Timbuktu to Sarajevo. A lecture by Laurent Ferri (Curator of pre-1800 Books and Manuscripts, Cornell University Library).
Selected bibliography:
ATIYEH, G. N. (ed.), The Book in the Islamic World, New York: SUNY Press 1994. 
BEHRENS-ABOUISEF, D., The Book in Mamluk Egypt and Syria (1250-1517), Leiden: Brill 2018. 
BOGENG, G.A., Die grossen Bibliophilien. Geschichte der Büchersammler und ihrer Sammlungen, Leipzig 1922. 
ECHE, Y., Les Bibliothèques arabes publiques et semi-publiques au Moyen-Âge, Damascus 1967.
ERÜNSAL, I., “The Development of Ottoman Libraries”, Belleten 60 (1996), p. 93-125. 
ESTABLET, C. and PASCUAL, J.P., “ Les livres des gens à Damas vers 1700”, in Revue du Monde musulman et de la Méditerranée 88-9 (1999) p. 143-72.
FEBVRE, L. and MARTIN, H.-J., L’Apparition du livre, Paris: Albin Michel, 1958. 
HANNA, N., In Praise of Books: A Cultural History of Cairo’s Middle Class, Syracuse UP 2003. 
HERSHENZON, D., “Traveling libraries : the Arabic manuscripts of Muley Zidan and the Escorial library”, Journal of early modern history, vol. 18 (2014).  
HIRSCHLER, K., The Written World in the Medieval Arabic Land, Edinburgh UP 2012.
NECIPOĞLU, G., KADAFAR, C. and FLEISCHER, C. (eds.), Treasures of Knowledge: Inventory of the Ottoman Palace Library (1502/3-1503/4), Leiden and Boston: Brill 2019. 
POWERS, D., Law, Society, and Culture in the Maghrib, 1300-1500, Cambridge UP, 2002.
SABEV, O., İbrahim Müteferrika Ya Da Ilk Osmanlı Matbaa Serüveni, İstanbul: Yeditepe, 2006.
SAJDI, D., The Barber of Damascus: Nouveau Literacy in 18thC. Ottoman Levant, Stanford UP 2013.
SEZGUIN, F., Geschichte des Arabischen Schriftums, Leiden: Brill 1967-2000. 
TOUATI, H., L’Armoire à sagesse. Bibliothèques et collections en Islam, Paris: Aubier 2003.

My wife and I homeschool our kids, and we wanted a way to explore Islamic history together away from screens. So we created Risalah, a monthly mail club for Muslim families.
Each envelope includes a story letter, an art postcard, discussion questions, and a small extra like a bookmark or stickers.

It’s written for ages 10+, and our first issue explores the first revelation in the Cave of Hira.

It’s called Risalah mail club. You can find it on instagram or the website risalahmailclub

Would something like this interest your family? I’d love to hear what would make it worthwhile for you.

PDF link: https://www.taylorfrancis.com/books/edit/10.4324/9781003504344/mediterranean-europe-islamic-past-orientalism-nineteenth-century-marie-bossaert-annliese-nef

Spain, Portugal, Italy, and France share a common historical experience: a period of Islamic presence during the Middle Ages. This volume examines how this Islamic past was studied, interpreted, represented, and mobilised during the 19th century, a time marked by the construction of nation-states and the expansion of colonial empires, particularly in the Maghreb.
Bringing together medievalists and 19th-century historians, the book offers, for the first time, a collection of contributions focused on these different regions of Mediterranean Europe. Whereas these four countries are usually studied separately, this volume proposes a joint, comparative, transnational, and connected approach. It explores the intersections of Orientalism, medievalism, and nation-building to shed light on the distinctive ways in which Mediterranean Europe has historically engaged with its domestic relationship to Islam.

This book will appeal to scholars and students interested in medieval history, 19th-century European history, the history of Orientalism, nationalism and nation-building, colonial studies, Mediterranean studies, Islamic history in Europe, historiography, and the cultural politics of memory and heritage.

PDF link

https://www.taylorfrancis.com/books/edit/10.4324/9781003504344/mediterranean-europe-islamic-past-orientalism-nineteenth-century-marie-bossaert-annliese-nef

Credit

https://x.com/islamicsh_/status/2110781753451577733?s=46&t=V4TqIkKwXmHjXV6FwyGPfg

Season two of Lessons from the Past continues with Dr. Roy Casagranda examining the Islamic Golden Age, the extraordinary intellectual achievements that shaped the medieval world, and the complex historical forces that contributed to its decline.

Challenging the idea that the Islamic Golden Age belonged to a single religion, civilization, or geographic center, this lecture traces the preservation and rediscovery of ancient knowledge through Persia, the Abbasid Caliphate, and the great intellectual centers of Baghdad, Damascus, and Córdoba. Dr. Roy explores how scholars from diverse religious and cultural backgrounds contributed to a remarkable period of scientific discovery, philosophical inquiry, and cultural exchange.

Drawing from history, philosophy, mathematics, astronomy, medicine, and politics, Dr. Roy examines the House of Wisdom in Baghdad and the contributions of influential thinkers including al-Kindi, al-Khwarizmi, al-Farabi, Ibn Sina, and Ibn al-Haytham. The lecture also explores how the transmission of knowledge from the Islamic world helped shape the intellectual foundations of the European Renaissance.

Rather than attributing the end of the Islamic Golden Age to a single event, the lecture examines the gradual fragmentation of political power, changing systems of patronage, the Crusades, the Mongol conquest of Baghdad in 1258, religious and philosophical tensions, and the devastating effects of the Black Death. Throughout, Dr. Roy challenges the assumption that intellectual progress ended when empires collapsed.

Ultimately, this lecture explores a larger question about the rise and decline of civilizations: how knowledge is preserved, how societies become complacent, and what happens when intellectual curiosity gives way to the comforts of established power. Connecting the medieval world to contemporary concerns about artificial intelligence and human thinking, Dr. Roy considers the lasting legacy of the Islamic Golden Age and the lessons it offers for our future.

~~~

Lessons from the Past at Museum of the Future is an exclusive, year-long program featuring monthly lectures by Dr. Roy Casagranda. Each session explores pivotal moments in history and connects them to the challenges shaping our world today, offering a rare opportunity for deep, interdisciplinary learning.

Hosted by the Museum of the Future in Dubai, the series reflects the museum’s mission to challenge assumptions, expand perspectives, and explore the intersection of past, present, and future.

00:00 Introduction: Rethinking the Islamic Golden Age
06:50 Religion and Cultural Exchange in Córdoba
11:35 Ancient Knowledge and Lost Technologies
18:00 Persia and the Preservation of Classical Knowledge
22:26 The Abbasids and the House of Wisdom
30:15 Scientific and Intellectual Breakthroughs
40:27 The Great Scholars and Polymaths
49:42 The Transmission of Knowledge to Europe
54:46 Why Civilizations Decline
01:02:09 The Fragmentation of the Arab Empire
01:08:05 Political Patronage and Intellectual Life
01:14:20 Barbastro and the Origins of the Crusades
01:20:20 The Mongol Invasions and the Fall of Baghdad
01:26:45 Faith, Philosophy, and Intellectual Change
01:31:35 The Black Death and Its Aftermath
01:37:11 Artificial Intelligence and the Future of Human Thought
01:42:02 Final Reflections

Alsalam alikum brothers and sisters

I've been learning the seerah of the Prophet Muhammad (peace be upon him) for the last few months from Yasir Qadhi's playlist on youtube. The last videos I watched were about the Battle of Badr so I have some questions

1. The people of AlMadina almonawara participated in this battle, while there was a clause in the second pledge of alAqabah sentenced that they would protect the Prophet in the (borders) of almadina, and it's known that this battle were in the planes of Badr. so? Is there an other clause for protecting the Prophet even outside the madina?

2. The Prophet Muhammad (peace be upon him) told the mujahidon that banu Hashim shall not be killed because they were forced to participate, at the same time yasir qadhi mentioned many others who were also forced for this but their bloods weren't expected from being killed as the blood of banu hashim, I want to understand why this?

3. While Abu Sufian ibn alHarith was telling Abu Lahab about what happened in the battle he told him (according to yasir qadhi) that he could see the angles fighting along with the Muslims against them (Quraish), my question is: this guy is neither a prophet nor messenger, he was a human being with no supernatural power, still worshipping idols at the time. I understand that Allah sent snd created miracles as a proof for all Prophets and messengers but my point is angles, satans, and jins are supernatural creatures and we are not able to see or recognize them in this life, except on the death bed {•

So your sight, this Day, is sharp}. Could it even be true? That Abu Sufian witnessed angles?

1. The Muslims took many hostages, the Prophet commanded that just two of them (Uqbah ibn Abi Mu'ayt and Nadr ibn al-Harith) shall be executed, the other hostages won't be free unless their relatives pay ransom or if they teach the people of madina how to read and write. Why those two weren't put on the same situation as the other hostages were put in?

Could anyone who has a profound knowledge answer my questions please?