Not long ago, it was widely believed that science was a field meant only for men. Today, that idea is rapidly disappearing as more girls discover their passion and love for science. In classrooms everywhere, girls are experimenting, asking bold questions, and leading with confidence. This was not always the case. In the past, women and girls were rarely seen in STEM classrooms. In fact, they were held back by stereotypes that claimed science was a field for men. However, curiosity, encouragement, inspiring role models, and the real-world relevance of STEM are changing that narrative. Science is becoming more accessible to girls, and this shift is recognized.
On February 11, the International Day of Women and Girls in Science is celebrated every year since 2016. As a pupil, I have seen how these factors make science not only accessible but also exciting, and why more girls, including me, are choosing to embrace their passion for it with confidence. This essay explores how curiosity, support, and real-world impact are helping the new generation of girls develop a love for science.
Firstly, more girls are falling in love with science due to curiosity—the spark that makes the subject irresistible. Through hands-on experiments, unanswered questions, and fascinating discoveries, many girls realize that science is not just about memorizing facts, it is about developing ideas and finding solutions. This is what makes us fall in love with it. Science encourages us to think critically and solve problems through trial and error. There is often no single “correct” answer, which makes it even more fascinating to explore and learn. This sense of wonder shapes how we learn and encourages us to experiment, form theories, and think more deeply.
For example, Rachel Carson (May 27, 1907 – April 14, 1964) an environmental biologist, was driven by her curiosity about the interconnectedness of life, which led her to investigate the adverse effects of pesticides and make groundbreaking discoveries about the natural world. Carson’s curiosity helped uncover the hidden dangers of chemicals. In the same way, young girls today are discovering that their questions can lead to powerful insights. Whether it is a simple question like “How does a clock work?” or a complex one like “What is the universe made of?”, curiosity lies at the heart of science. When girls are given the opportunity to explore freely, curiosity turns into confidence—and that is when science becomes something we truly love.
Secondly, more girls are embracing their inner scientists due to the encouragement and inspiration of those around them. Teachers, peers, and role models help us see science as a space where we belong. When young girls see women leading and thriving in STEM, it challenges old stereotypes, showing us that science enables us to grow and succeed.
Role models make it easier to fall in love with science because they show us that change is possible and that we can drive it.
Many girls feel inspired by female scientists who have changed our perception of the world.
For instance, Tu Youyou, a Chinese pharmaceutical chemist, who found a cure for malaria and saved millions of lives. Similarly, Ada Lovelace, often considered the first computer programmer, developed the first algorithm intended for a machine, challenging the 19th-century belief that women lacked mathematical ability.
Furthermore, many girls are drawn to science because of its power to change the world. When science is connected to solving real-world problems, our contributions feel meaningful, which deepens passion for it. Real-world relevance makes science purposeful and helps break stereotypes by showing that women as individuals, can make a difference. Knowing that science can address issues like climate change or develop life-saving medicines inspires girls to regard STEM as not only possible but essential. French women scientist Marie Curie, for example, dedicated her life to studying radioactivity because she believed it could transform medicine and improve lives. Her discoveries led to major advancements in cancer treatment, demonstrating how science can directly benefit humanity.
Similarly, Katherine Johnson’s calculations at NASA were crucial to the success of the Apollo 11 mission, proving that women can contribute to complex outer space missions just as well as men. These women did not just “do science”—they loved it because it had the power to create change. This reminds us that science is not only about knowledge acquisition, it is about impact.
It’s inevitable that a growing number of girls will fall in love with STEM subjects and truly thrive. Through curiosity, encouragement from teachers and peers, and an understanding of science’s beneficial socio-economic outcomes, more girls are realizing that their ideas and research matter. As more girls fall in love with science, it won’t only change STEM—it will enrich science with diverse perspectives, creativity, and innovation. This growing passion of girls and women for STEM subjects prove that knowledge has no boundaries, and the future of science and STEM belongs to anyone with the courage and curiosity to explore it.
