Islamic Roots of the Scientific Method & Inclusive Science | Science Magazine
The narrative of scientific progress often centers on a 16th and 17th century European awakening. But a growing body of scholarship, and a recent commentary in Science, argues this framing is historically incomplete, overlooking the substantial contributions of Islamic scholars to the development of what we now know as the scientific method. This isn’t merely an academic point; how science is presented impacts who feels they belong within it, and potentially, who gets to participate.
The traditional story often positions the scientific method – emphasizing empirical observation, experimentation, and rigorous testing – as a uniquely Western innovation. However, historians of science have long documented the crucial role played by thinkers in the Islamic Golden Age (roughly 8th to 13th centuries) in refining and systematizing these approaches. Scholars like Ibn al-Haytham (Alhazen), for example, pioneered experimental optics and emphasized the importance of objective observation and mathematical analysis in his Book of Optics. His work laid the groundwork for later scientific advancements in Europe. The commentary in Science highlights that acknowledging this history isn’t about diminishing European contributions, but about presenting a more accurate and inclusive picture of science’s origins.
The Impact of Historical Framing on Scientific Inclusion
The way science is presented matters. When the scientific method is portrayed as solely a Western invention, it can subtly reinforce the idea that science is a “Western” pursuit. This can lead to non-Western trainees being perceived as “guests” in the field, rather than as inheritors of a shared intellectual tradition. This perception, the Science commentary argues, can contribute to systemic biases and barriers to entry for individuals from non-Western backgrounds.
These biases aren’t just theoretical. The commentary points to concrete examples of how exclusionary narratives can translate into policy. The US travel bans enacted during the Trump administration, targeting several Arab and Muslim-majority countries, significantly disrupted scientific mobility and collaboration. As detailed by the Council on American-Islamic Relations (CAIR), the ban, which went into effect in June 2025, impacted researchers, students, and scholars from the affected nations, hindering their ability to travel to the US for conferences, research, and educational opportunities. Similarly, Canada’s 2024 cap on international student study permits – reducing approvals by roughly 35% compared to 2023 – further restricts access to scientific education and training for students from around the world.
Beyond Travel Bans: Systemic Barriers to Participation
The issue extends beyond explicit policies like travel bans. Subtle forms of gatekeeping, fueled by implicit biases, can as well limit opportunities for scientists from non-Western backgrounds. These can include biased grant review processes, lack of mentorship opportunities, and underrepresentation in leadership positions. The Science commentary suggests that devaluing non-Western contributions to science can quietly legitimize these practices, perpetuating a cycle of exclusion.
The 2025 Travel Ban: A Closer Look
The reinstated travel ban, as reported by Forbes, initially suspended visa issuance to nationals from 12 countries: Afghanistan, Myanmar, Chad, Republic of Congo, Equatorial Guinea, Eritrea, Haiti, Iran, Libya, Somalia, Sudan, and Yemen. Partial restrictions were also placed on tourist and student visas for nationals of Burundi, Cuba, Laos, Sierra Leone, Togo, Turkmenistan, and Venezuela. While exceptions were made for green card holders and U.S. Citizens’ immediate relatives, the ban demonstrably curtailed scientific exchange with a significant portion of the global scientific community. The Middle East Studies Association (MESA) issued a joint statement condemning the ban as discriminatory and harmful to research and scholarship.
Legal Challenges and the Supreme Court
Efforts to legally challenge the 2025 travel bans faced significant hurdles. MESA explored litigation options, mirroring their response to the 2017 Muslim Travel Ban. However, based on conversations with civil rights and immigration law organizations, they determined that the 2018 Supreme Court decision in Trump v. Hawaii – which upheld the 2017 ban – created a challenging legal landscape. The Court’s ruling, MESA argued, distorted constitutional protections against racial and religious discrimination, allowing the administration to impose restrictions under the guise of national security.
Fostering a Sense of Belonging in Science
The Science commentary emphasizes the require for science educators and communicators to actively promote a more inclusive understanding of science’s history. This includes highlighting the contributions of Islamic scholars and other non-Western thinkers, and fostering a sense of belonging for individuals from diverse backgrounds. This isn’t simply a matter of historical accuracy; it’s about creating a scientific community that is truly representative of the global population and benefits from the full range of human intellect and creativity.
What Can Be Done?
Addressing this issue requires a multi-faceted approach. Science curricula should be revised to incorporate the contributions of diverse cultures and civilizations. Mentorship programs should be established to support scientists from underrepresented groups. Funding agencies should prioritize diversity and inclusion in grant review processes. And, perhaps most importantly, the scientific community must actively challenge biases and promote a culture of respect and inclusivity.
recognizing the multicultural history of science and fostering a sense of belonging for all is not just a matter of fairness; it’s essential for ensuring the continued progress and innovation of science itself. The future of scientific discovery depends on harnessing the talents and perspectives of a truly global community.