The scientific method, often presented as a relatively recent innovation originating in 16th or 17th century Europe, has a far richer and more complex history. A growing body of scholarship highlights the significant contributions of Islamic scholars to the development of what we now recognize as the foundations of modern science. Recognizing this history isn’t simply an academic exercise. it has implications for how science is taught, who feels welcome within the scientific community, and even how scientific collaboration is shaped by global policies. The influence of Islamic scholarship on the scientific method is a crucial element in understanding the full scope of scientific advancement.
For centuries, scholars in the Islamic world preserved, translated, and built upon the works of ancient Greek and Roman thinkers, including Aristotle and Ptolemy. However, they didn’t simply act as passive custodians of this knowledge. Islamic scholars actively critiqued, refined, and expanded upon these earlier ideas, laying the groundwork for many of the principles central to the scientific method. Figures like Ibn al-Haytham (Alhazen), a polymath of the 11th century, are now widely recognized for their pioneering work in optics, visual perception, and the experimental method. His emphasis on rigorous experimentation and mathematical analysis, detailed in his Book of Optics, is considered a cornerstone of the modern scientific approach.
The Legacy of Ibn al-Haytham and Early Experimentalism
Ibn al-Haytham’s approach wasn’t merely theoretical. He insisted on testing hypotheses through observation and experimentation, meticulously documenting his procedures and results. This commitment to empirical evidence distinguished his work and set a precedent for future scientists. He systematically investigated the properties of light, challenging long-held beliefs about vision and demonstrating that vision occurs given that of light rays entering the eye, not emanating from it. This involved carefully controlled experiments, such as observing the shape of the sun’s image through small apertures, and a rigorous mathematical analysis of his findings.
Other Islamic scholars similarly made crucial contributions. Al-Khwarizmi, a 9th-century mathematician, is credited with developing algebra, a foundational tool for scientific calculation. His work provided the mathematical framework for solving complex problems in astronomy, physics, and engineering. Abu Rayhan al-Biruni, an 11th-century scholar, made significant advances in geodesy, astronomy, and mineralogy, employing experimental methods and statistical analysis in his research. These advancements weren’t isolated incidents but part of a broader intellectual flourishing within the Islamic world.
How Framing Science Impacts Inclusion
The tendency to portray the scientific method as solely a Western invention can have subtle but significant consequences. When science is presented as a product of a single cultural tradition, it can inadvertently create a sense of exclusion for those from other backgrounds. As the original source material notes, when the scientific method is framed as a Western possession, non-Western trainees are more likely to be perceived as guests rather than as inheritors of a shared tradition. This perception can contribute to systemic biases and hinder the full participation of diverse voices in the scientific community.
This isn’t merely a matter of historical accuracy; it’s a matter of equity and inclusion. Acknowledging the multicultural roots of science can foster a sense of belonging for students and researchers from all backgrounds, encouraging them to spot themselves as integral to the ongoing scientific enterprise. It can also challenge implicit biases that may unconsciously influence how scientists evaluate the work of their peers.
Recent Policies and Their Impact on Scientific Mobility
Recent geopolitical events and policy changes have underscored the importance of fostering an inclusive and globally collaborative scientific environment. The Middle East Studies Association (MESA) has voiced strong concerns about the impact of US travel bans on scientific mobility and participation. According to a statement released in September 2025, these bans, including restrictions on travelers from Palestinian Authority and Gaza, disrupt research, scholarship, and the free exchange of ideas.
The American Civil Liberties Union (ACLU) has also documented the detrimental effects of travel bans on the scientific community. As reported by the ACLU, the Supreme Court upheld a travel ban in 2025 affecting nationals of several Muslim-majority countries, leading to family separations and disruptions to scientific careers. Canada’s decision in 2024 to cap approved study permits for international students by approximately 35% relative to 2023 also limits the influx of talent and diverse perspectives into the country’s research institutions.
Fostering a More Inclusive Scientific Future
Science educators and communicators have a crucial role to play in rectifying this historical imbalance and promoting a more inclusive vision of science. By emphasizing the multicultural history of scientific thought, they can help dismantle harmful stereotypes and foster a sense of shared ownership of the scientific enterprise. This includes incorporating the contributions of Islamic scholars into science curricula and highlighting the diverse perspectives that enrich scientific inquiry.
Creating a truly inclusive scientific community requires not only acknowledging the past but also addressing present-day barriers to participation. This means advocating for policies that promote scientific mobility, challenging discriminatory practices, and fostering a welcoming environment for scientists from all backgrounds. It also means recognizing that scientific progress is most likely to occur when diverse perspectives are brought to bear on complex problems.
The next step in addressing this issue will be a panel discussion hosted by MESA in November 2026, focusing on the long-term impacts of travel restrictions on Middle Eastern studies and scientific collaboration. This event will provide a platform for scholars and policymakers to discuss strategies for mitigating these challenges and fostering a more inclusive scientific future.
This story highlights the importance of recognizing the full scope of scientific history and the need for a more inclusive approach to science education and policy. Share this article to help broaden the conversation and promote a more equitable scientific community.
