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What does nearly 40 years of data tell us about women in physics? This question was at the heart of the Simposio Mujeres en Física 2026, organized by the Women in Physics Group of the Real Sociedad Española de Física (RSEF) at the Escuela Técnica Superior de Ingeniería (ETSI) of the University of Seville.

Representing atom*innen, our Gender Officer Karoline Irschara introduced the platform, showcased our latest data visualizations, presented the new #PhysicsCounts campaign, and demonstrated how atominnen combines data, visibility, networking, and community to foster a more inclusive quantum ecosystem.

The symposium brought together researchers from across Spain to discuss the current state of gender equality in physics and to share research findings, experiences, and best practices. Beyond presenting our own work, the event provided an excellent opportunity to exchange ideas with colleagues working on similar challenges.

One of the central messages of the symposium was the importance of long-term data collection. For more than 20 years, the Women in Physics Group of the RSEF has been collecting and analysing gender-disaggregated data on the physics community in Spain. These data provide valuable insights into both areas of progress and persistent structural barriers. A particularly striking finding concerned the participation of women in undergraduate physics programmes: Despite almost four decades of observation, the proportion of women has remained remarkably stable, increasing only slightly from around 27% in 1985 to approximately 28% today. While annual figures fluctuate, the data reveal no sustained long-term upward trend. This resonates with the fact that we published here: Since 10 years, the share of women enrolled in physics Bachelor's programmes in EU countries is steady around 30%. 

Several presentations also highlighted that gender inequalities emerge long before students enter university and continue throughout academic careers. Structural and institutional factors shape these disparities, demonstrating that individual efforts alone are insufficient to achieve lasting change. 

Another important topic was the concept of academic recognition. Speakers emphasized that many activities essential to research environments—including mentoring, peer review, committee work, outreach, and community building—are disproportionately carried out by women while often receiving limited recognition. Broadening the understanding of academic excellence is therefore an important step towards creating a more inclusive research culture.

We would like to sincerely thank Pas García-Martínez, Alberto Martín-Molina, and the entire Women in Physics Group of the RSEF for the invitation and for organizing such an inspiring symposium. It was a pleasure to contribute to these discussions, connect with researchers from across Spain, and strengthen our international network.

Over the coming weeks, atom*innen will also publish dedicated data visualizations highlighting the situation of women in physics in Spain. Stay tuned! 

group pic SEVILLE

As part of the Introduction to Ultracold Quantum Gases Summer School, atom*innen hosted a women's networking lunch at the University of Innsbruck and the Institute of Quantum Optics and Quantum Information (IQOQI).

The lunch brought together students and early-career researchers for an open exchange on women's representation and recognition in quantum science. Discussions focused on current data, the importance of visibility, challenges faced by women in academia, and ways to foster a more inclusive research culture.

We would like to thank everyone who joined the discussion and contributed their ideas and experiences. We are also grateful to the Summer School organizers for giving atom*innen the opportunity to be part of this inspiring programme and to connect with the next generation of quantum researchers.

 

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Copyright: D. Jordan | IQOQI Innsbruck

We have just kicked off our #PhysicsCounts campaign - a social media campaign in which we use data to spark conversations about representation and visibility in physics. Numbers alone don't tell the whole story, but they make patterns visible that are otherwise easy to overlook, and visibility is a first step toward change. 

We started with a question about the most prestigious prize by the German Physical Society (DPG) that is being awarded in Theoretical Physics. It's the Max Planck Medal, established in 1929 by Max Born, Albert Einstein, Max von Laue, Erwin Schrödinger, and Arnold Sommerfeld to celebrate Max Planck's 70th birthday. Since then, the medal has been awarded 89 times.

We asked our community: What do you think: How many of those 89 recipients were women?

1_PhysicsCounts.png

 

The answer: 

The answer: only 2 out of 89 Max Planck Medal recipients have been women 2 out of 89 means: visualization of men and women recipients

A single data point, a larger pattern

This gap mirrors a broader pattern of underrepresentation in scientific recognition — exactly what our #PhysicsCounts campaign aims to uncover. Prestigious prizes shape who gets remembered as a leading figure in a field, who gets cited, and who gets invited to the table for the next generation of opportunities. This imbalance raises real questions about how recognition has been distributed in physics — and about the structural barriers that have kept many women's contributions from being acknowledged at this level.

Stay tuned for more and register here so that you don't miss any news :-) 

 

 

On June 12 2026, we had the pleasure of welcoming Prof. Sinha Urbasi to our joint atom*innen lunch. 

Over good food and lively conversation, we had the chance to exchange ideas in depth, not just about physics, but about other topics too: We talked about everyday life in academia, the challenges and rewarding moments of a career in research, and the situation for women in physics in different countries. The different perspectives and personal insights made the lunch very special. We would like to thank Prof. Sinha Urbasi for the open and enriching discussion. Also, many thanks to everyone else who joined and welcome to all of our new members :-) 

About Prof. Urbasi Sinha

Prof. Urbasi Sinha leads the Quantum Information and Computing (QuIC) Laboratory at the Raman Research Institute (RRI), one of the first labs in India to build and apply entangled and heralded single-photon sources for a range of applications in quantum science and technology. Her research spans quantum information science and quantum photonics, including work toward a quantum internet, alongside a strong interest in probing the foundations of quantum mechanics, such as experimental tests of the Leggett–Garg inequality.

Sinha served as an Associate Professor at RRI from 2012 to 2019 and was promoted to full Professor in 2020. In 2017, she was appointed a Homi Bhabha Fellow at the Cavendish Laboratory, and in 2020 became an Emmy Noether Fellow at the Perimeter Institute for Theoretical Physics. In 2023, her research group achieved a milestone by demonstrating a quantum communication link between a stationary and a moving platform — the same year she was awarded a Canada Excellence Research Chair in Photonic Quantum Science and Technologies at the University of Calgary. She is also contributing to the design of India's National Quantum Mission.

Her contributions have been widely recognized: she was named to the Asian Scientist 100 list in 2018, received the Chandrasekharendra Saraswathi National Eminence Award in 2023, and was honored with the Vigyan Yuva – Shanti Swarup Bhatnagar Award in the Physics category in 2024.

We warmly thank Prof. Sinha for the open and enriching exchange!

 2026 06 atominnen lunch

 

Copyright: D. Jordan | IQOQI Innsbruck

Tyrolean Regional Minister for Science Cornelia Hagele visited IQOQI Innsbruck ahead of International Women's Day. She spoke with Francesca Ferlaino, Scientist of the Year, and attended a get-together with motivated young female scientists from the atom*innen network. The visit by Cornelia Hagele presented an opportunity to discuss current research, the role of Innsbruck as an international hot spot for quantum research, and the importance of women in quantum physics.

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Copyright: Land Tirol / Krepper

Ferlano's path to physics

During the conversation, Francesca Ferlaino first recounted her personal journey into physics. Growing up in Naples with a classical education in Latin and Ancient Greek, she discovered her enthusiasm for science rather unexpectedly: “For me, physics was initially a coincidence – but at a certain point, I knew: I want to understand how nature works.” Today, Ferlaino is one of the most internationally renowned scientists in the field. Her research focuses on quantum gases at ultra-cold temperatures. She was one of the first to observe a supersolid state in the laboratory – an elusive quantum state in which the properties of solids and liquids are simultaneously apparent.

For Ferlaino, Innsbruck offers ideal conditions for her work: “Innsbruck is world-renowned for quantum physics. It was clear to me that if I wanted to learn new techniques and conduct research at the highest level, this was the place to be,” explains the physicist. The close cooperation between the University of Innsbruck, IQOQI, and numerous international partner institutions creates a research environment of the highest standard.

 

atom*innen: Visibility and Networking

In addition to her scientific work, Ferlaino is committed to promoting equal opportunities in science: in 2024, she founded the international network atom*innen, for which she was awarded the Grete Rehor National Prize. The interactive online platform aims to strengthen the sense of community among women in quantum physics. On the one hand, the platform collects data on gender relations in physics in order to better understand the current situation. On the other hand, it offers a wealth of practical information on support programs, scholarships, awards, and initiatives for women in physics, while also helping to make women more visible: a virtual gallery portrays historical and contemporary female physicists, accompanied by interviews that highlight different career paths. In addition, users can create their own public and visible profiles—a concrete contribution to countering the frequently raised argument that there are no “suitable women” for conferences or commissions. The network also organizes events for exchange and networking to facilitate new contacts and collaborations.

During her visit, State Councilor Hagele also met numerous young female physicists at the institute who are active in the atom*innen network. The exchange highlighted how important such initiatives are for women in science—for example, to realize that they are not alone in their experiences and to strengthen each other. At the same time, such networks also provide an important space for collaboration and for sharing a common fascination with physics.

According to Ferlaino, the proportion of women in physics has hardly changed on average across the EU in recent years, and it is important to work together to break down stereotypes. Hagele also emphasized the importance of accessible role models: „We must not accept that old role models determine the course of our lives. After all, equality begins in the classroom. That is why we must inspire both girls and boys to take an interest in science. Talent ain’t got no gender.“ In order to improve the sometimes still difficult balance between having kids and a career, the state of Tyrol is currently expanding its childcare programs. 

 

▶ Watch the conversation on YouTube

Copyright: Land Tirol / Neuner (the first two pictures) / Krepper

We want to thank Minister Cornelia Hagele and her team again for the visit! :-)

 

February 11 marks a significant day dedicated to celebrating and advocating for the involvement of girls and women in science. This day serves as a reminder to inspire young women to follow their scientific interests and creativity while reflecting on how support for their ambitions can be strengthened. Established by UNESCO and the United Nations, this occasion highlights the essential contributions of women in science and acknowledges their accomplishments.

Moreover, it brings attention to the necessary structural changes still needed in the scientific community globally. While progress has been made, women are still underrepresented in senior academic and decision-making roles. For instance, although women make up 48% of doctoral graduates in the EU, they constitute only about one-third of researchers across Europe (She Figures 2024). Additionally, women in research often experience shorter, lower-paying careers and face ongoing systemic hurdles in their pursuit of scientific professions.

 As the United Nations put it:

“Closing the gender gap in science requires breaking stereotypes, promoting role models to inspire girls, supporting women's advancement through targeted programmes, and fostering inclusive environments through policies and actions that promote inclusion, diversity, and equity."

With the atom*innen community, this is precisely the area in which we aim to make a difference. Over the past year, we have published an in-depth interview every 11th of the month, highlighting inspiring women in quantum physics, including their research, career paths and perspectives. Through these conversations, we want to demonstrate that it is possible to change the narrative, and that science requires ALL talents in order to thrive.Special thanks to our inspiring interview partners (pictured below) who generously shared their stories, insights and experiences with our community.
From left to right:

All interviews are available here. Feel free to share :-)

FINAL feb 11