From Historical Marginalization of Women in Science to Contemporary Challenges

By Marco Arezio

In the vast panorama of gender inequalities, the Matilda effect represents a particularly insidious and persistent phenomenon.

This term describes the tendency to diminish or ignore the contributions of women in the scientific and academic fields, often attributing the merit of their successes to male colleagues.

The recognition of this effect not only sheds light on a long history of discrimination but also invites reflection on current practices in the workplace and the need for systemic change.

Origins of the Matilda Effect

The term "Matilda effect" was coined by science historian Margaret W. Rossiter in 1993. The name is a tribute to Matilda Joslyn Gage, a 19th-century women's rights activist and suffragist who denounced the tendency to deny recognition of women's contributions in various fields of knowledge.

Gage, a key figure in the American feminist movement, was one of the first to identify and criticize this form of inequality.

Matilda Joslyn Gage: A Pioneer of Feminism

Matilda Joslyn Gage was born on March 24, 1826, in Cicero, New York. Raised in a family strongly committed to progressive causes, Gage developed a passion for justice and equality from a young age.

Her father, a doctor and fervent abolitionist, instilled in her the importance of education and critical thinking.

In 1852, Gage attended her first women's rights convention in Syracuse, New York. From that moment, she became a prominent figure in the suffrage movement, working closely with other leaders like Susan B. Anthony and Elizabeth Cady Stanton.

Together, these women founded the National Woman Suffrage Association (NWSA), an organization dedicated to the fight for women's right to vote.

Gage's Contributions and Unrecognized Merits

In addition to her commitment to the suffrage movement, Gage wrote numerous articles and books on women's rights and history.

Her book "Woman, Church and State" (1893) is a fundamental work that explores the historical and cultural roots of women's subordination. In this text, Gage harshly criticizes religious and political institutions for their role in perpetuating gender inequalities.

Despite her numerous contributions, Matilda Joslyn Gage was often overshadowed by her more famous colleagues, such as Anthony and Stanton. This lack of recognition of Gage's merits is emblematic of the Matilda effect, which describes the historical tendency to deny women credit for their successes and discoveries.

Historical Cases of the Matilda Effect

The Matilda effect is not limited to Gage's life but extends to many other women in the history of science and academia. Here are some significant examples:

Lise Meitner: Austrian physicist of Jewish origin, crucially contributed to the discovery of nuclear fission. However, her colleague Otto Hahn received the Nobel Prize in Chemistry in 1944, without Meitner being mentioned.

Jocelyn Bell Burnell: British astrophysicist, discovered pulsars in 1967 during her doctorate. The Nobel Prize in Physics in 1974 was awarded to her supervisor, Antony Hewish, ignoring Bell Burnell's fundamental contribution.

Rosalind Franklin: Her X-ray research provided crucial data for the discovery of the DNA structure. However, James Watson and Francis Crick received the Nobel Prize in Physiology or Medicine in 1962, with little recognition of Franklin's work.

Historical Roots of Gender Discrimination

To fully understand the Matilda effect, it is essential to explore the historical roots of gender discrimination. The marginalization of women in science and academia has deep roots dating back centuries.

During the Middle Ages and the Renaissance, access to formal education was almost exclusively reserved for men. Women who wanted to engage in scientific or academic research often had to do so informally or through the patronage of noble families.

This drastically limited opportunities for women to gain official recognition for their contributions.

In the 18th and 19th centuries, with the advent of scientific societies and academies, women were further excluded. These male-dominated institutions made it difficult for women to obtain prominent positions or publish their work.

Even when women made significant discoveries, their work was frequently attributed to male colleagues.

Changes in the 20th Century and Beyond

Despite these challenges, the 20th century saw some significant progress. During World War II, many women were involved in scientific and technological research as men were at the front. This opened new opportunities, albeit often temporary.

In the 1960s and 1970s, the feminist movement led to greater awareness of gender inequalities and pushed for institutional changes.

Women began to enter universities and scientific institutions in greater numbers, obtaining academic and research positions.

However, the Matilda effect remains a persistent problem, with many scientists and researchers continuing to struggle for the recognition they deserve.