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Celebrating Women in the Physical Sciences
During March, AIP is committed to highlighting resources and materials that celebrate the contributions of women in science.
Highlighting Achievements and Challenges for Women in the Physical Sciences Community

Women have been vital to the physical sciences from the very beginning. Contrary to modern stereotypes, before the 1850s, physics was considered a “girls” subject . Since then, the work of luminaries such as Marie Curie, Lisa Meitner, Jocelyn Bell Burnell, Chien-Shiung Wu, and countless other women set foundational knowledge that continues to drive our understanding of the universe and advance collective scholarship.

A physical sciences education offers a wide range of world-changing possibilities. Through her work with AIP on the Attrition and Persistence Report, Evangeline J. Downie encourages students to explore physics beyond the stereotypes and discover the many ways they can apply their curiosity.

From Labs to Launchpads

Evangeline J. Downie, Ph.D.
Professor of Physics
Associate Dean of Research
George Washington University

  • Women have defied boundaries and reshaped the landscape of the physical sciences throughout history, showcasing their resilience, intellect, and unwavering determination. Trailblazing scientists like Vera Rubin, Shirley Jackson, and Chien-Shiung Wu have made significant contributions to the sciences— breaking racial and gender barriers. I’m grateful that they shattered glass ceilings, paving the way for me to have a career focused on advancing inclusion and opportunity in the sciences.
    Jovonni Spinner headshot
    Diversity, Equity and Belonging Officer AIP
  • In our Global Survey of Scientists, we examined the situation for scientists around the world, accounting for sources of difference in experiences like academic discipline, time since degree, geographic location, industrial sector, and economic development. Despite these considerations, we still find women’s experiences in the sciences are consistently less positive than men’s. We advocate for systemic change because the physical sciences community needs unique perspectives to tackle tomorrow’s issues.
Marching Towards Equality: Recognizing Women’s Achievements in Physics

Throughout March, AIP is committed to highlighting archival images, statistical data, teaching resources, and news and analysis that celebrate the accomplishments of women in science. By elevating their experiences, we hope to inform and inspire meaningful change and inclusion. Be sure to follow our social media channels and join in on the conversation.

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Before the War: Women Physicists in the US
Delve into the Emilio Segrè Visual Archives’ photo collection of women in physics before World War II in the United States.
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Teaching Guides featuring Women in Physics
Celebrate Women’s History Month with your students using these free science history teaching guides.
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Initial Conditions Episode 1: Eunice Foote: A Once Forgotten Climate Science Pioneer
Uncover the life of Eunice Newton Foote, whose pioneering experiment revealed the warming effects of carbon dioxide on the Earth’s atmosphere.
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Women Leaders in Astronomy
Explore archival photographs of women who served in leadership roles within the American Astronomical Society and other astronomical organizations.
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Nancy Grace Roman and Early Space Telescopes
Take an inside look at the archival papers of Dr. Nancy Grace Roman featured at a 2024 Trimble History of Science Lecture.
1901-2023: Women Nobel Physics Prize Laureates

Since its inception in 1901, the Nobel Prize in Physics has been awarded to 225 laureates – just five of those laureates were women. In recent years, there has been more recognition for women in the Physics category of Nobel and other sciences. This timeline spotlights the inspiring women laureates for the physics prize who defied the norms of their time and the ones breaking barriers today.

1900-1930s
1901
The Nobel Prize in Physics is established.
1903
Marie Curie became the first woman to win the prize in only the third year it was given for her pioneering work on radioactivity. And in 1911 she was awarded the Nobel Prize in Chemistry for the discovery of the elements radium and polonium.
Marie Curie lab
1930-1960s
1963
Sixty years after Curie, Maria Goeppert Mayer became the second woman to win a Nobel Prize in Physics for her work on nuclear shell structures. Noted for working most of her career without pay or a tenured position, Mayer pursued her research “just for the fun of doing physics.” She was 58 before she became a full professor.
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2000-Present
2018
Another 55 years passed and in 2018 Donna Strickland won the prize for creating high-intensity laser pulses – a technique called chirped pulse amplification. Strickland’s work helped enable the most intense laser pulses there are with wide-ranging applications in medicine, industry, science, the military and security.
2020
Andrea Ghez won the 2020 Nobel Prize in Physics for her role in discovering a supermassive black hole at the center of the Milky Way. Ghez shared the half of the prize awarded for the discovery with Reinhard Genzel. While they worked on the research at the same time, their separate teams verified each others’ results with a spirit of friendly competition.
2023
And in 2023, Anne L’Huillier won the Nobel Prize in Physics for experimental methods that generate attosecond pulses of light for the study of electron dynamics in matter - work that reveals the hidden world of electrons, probing at the atomic timescale for electronic, chemical, and medical applications.
Closing the Divide: Tackling the Gender Disparity in Physics and Astronomy

Despite advancements across various fields, the physical sciences continue to grapple with a significant gender disparity in both representation and experiences. AIP’s research team showed that 25% of physics bachelor’s degrees and 21% of physics doctorates were awarded to women in the 2022-2023 academic year, while results from a 2018 Global Survey of Scientists indicated that women’s experiences in science are consistently less positive than men’s.

Efforts to address this disparity range from initiatives aimed at encouraging women to pursue STEM education to implementing policies that promote equitable hiring, funding, and advancement opportunities . Fostering an environment where all individuals, regardless of gender, can thrive and contribute to the advancement of physics is essential for the field’s continued growth and innovation.

An engineer and dancer aims to increase the number of women of color in the sciences through her organization STEM From Dance.

Using two decades of data, a recent UNESCO report enumerates disparities between women and men in STEM in the G20 countries, considers the reasons for those disparities, and recommends measures to address them.

The Chinese American physicist led groundbreaking experiments that demonstrated parity violation and photon entanglement. Many in the physics community say Wu deserved more accolades in her lifetime.

Tatiana Afanassjewa and Paul Ehrenfest, her husband, shared their love for physics and mathematics, but their ideal of studying and working together went against the zeitgeist.

Unlike at most other observatories in the early 20th century, women working at Yerkes Observatory were able to earn graduate degrees. Here are some of their stories.