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Space Point x Eleonora Svanberg

Eleonora Svanberg is a trailblazer in STEM, a half-Swedish and half-Persian writer, speaker, advocate, and PhD student in mathematical physics at the University of Oxford. With over 350,000 social media followers and a deep commitment to inspiring the next generation, Eleonora has made waves not only in academia but also in the world of science communication. As a friend and former colleague, I had the opportunity to chat with Eleonora about her journey, research, and vision for the future of science.


Eleonora Svanberg
Photo credits: Laura Smith

Could you tell us a bit about your journey to pursuing a PhD and further studies in physics and mathematics? Were there any early experiences or mentors who inspired you to dive into these fields?

"Like many children, I was fascinated by the universe," Eleonora shared. "Growing up with a strong connection to nature through my family in northern Sweden, I developed a deep curiosity about the world around me. I romanticized mathematics early on - it was like solving a puzzle or playing a game. Physics, however, was a different story. I didn’t enjoy it and wasn’t particularly good at it."


That changed during her high school years, thanks to an internship at CERN. "Meeting incredible women in physics, especially a PhD student who supervised my high school diploma project, was transformative. It motivated me to study well and develop my skills in physics."


From there, Eleonora's academic journey took her to Stockholm University for an undergraduate degree in physics, the University of Cambridge for a master’s in applied mathematics, and now the University of Oxford for her PhD. "Each degree left me with the same feeling: there was still so much more to learn."


In your opinion, what are some of the biggest open questions in astrophysics and space science today? How do you think they could reshape our understanding of the universe?


Eleonora’s research focuses on black holes and their role in unifying quantum field theory and general relativity. "Could string theory truly be the ‘theory of everything’? Black holes serve as laboratories for exploring this question," she explained.


She emphasized the importance of asking fundamental questions. "Advances in physics, like discovering the Earth isn’t the center of the universe, have redefined how we see ourselves. I’m hopeful the answers we seek today will be just as transformative."


Eleonora Svanberg
Photo credits: Laura Smith

Are there any upcoming missions, experiments, or technologies in astrophysics that particularly excite you?


While Eleonora’s research focuses on theoretical physics, she’s enthusiastic about applied advancements in space technology. "Ever since attending the European Space Agency launch event for the EarthCARE satellite, I’ve been fascinated by how space technology can address climate change. EarthCARE represents a significant improvement in climate modeling, and I’m excited to see its impact on climate policies."

Of course, she’s also looking forward to humanity’s next steps in lunar exploration. "The moon landing excites me - and I hope that’s obvious!"


How do you think we can make space and astrophysics more accessible and engaging for the next generation?

"Accessibility starts with representation and relatable role models," Eleonora said. Through her Girls in STEM initiative, she’s worked to inspire young people, showing them that STEM fields are open to everyone, regardless of background.


She also stressed the need to reframe science as something approachable. "It’s not about being a genius - it’s about curiosity and persistence. I’ve shared my struggles with imposter syndrome and academic challenges to show others that they’re not alone."


Above all, Eleonora believes in fostering collaboration over competition. "We need to celebrate diverse approaches and value each other’s unique contributions."


Lastly, what message or legacy would you like to leave for the field of physics and future generations of STEM enthusiasts?

"My message is simple: everyone belongs in STEM, and curiosity matters more than any notion of inherent brilliance. Don’t let anyone tell you otherwise."


Eleonora Svanberg’s journey, passion, and dedication remind us that science is not just about equations and theories - it’s about curiosity, connection, and the courage to ask big questions. Her work continues to inspire a new generation to explore the universe and their potential within it.


Interested in following Svanberg's work? Follow her on Instagram and TikTok (@eleonorasvanberg) and check out her website (https://www.eleonorasvanberg.com/)!


Yours truly,

Riyam Ojaimi

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