We often experience a visceral rush when we encounter a clever idea or feel awe when we understand something subtle for the first time. I have a life-long goal of getting people excited about science because scientific questions push and stretch our intellect. Science invites us to develop new ideas, hone our curiosity, and think critically. 

Education has transformative potential. One of the most important outputs of science education is a love of learning and the ability to continue to learn and grow throughout one’s life. With my work, I wish to modernise science education and have a lasting educational impact. Bringing great science education to students will help them think more clearly about complex ideas and, eventually, enable them to build a better future. 

I am over the moon that the International Astronomical Union awarded me the PhD Prize in the Division of Education, Outreach, and Heritage to recognises my outstanding scientific achievements in astronomy education ☺️

BIG NEWS: our book Teaching Einsteinian Physics in Schools - An Essential Guide for Teachers in Training and Practice has come out. I couldn't be more excited to share this book with you: give it a read and let me know what you think 🎉

How do I combine my love for physics & science communication in my research? Claudia Mignone interviewed me about all things relativity, education & creativity for EduINAF 🚀

How can Einsteinian physics motivate girls in the science classroom - and beyond? Hilde Lynnebakken got curious about my research and interviewed me for science magazine Titan 🤓