Emmy Noether

Hello! My name is Emmy Noether. I was born on March 23rd, 1882, in a town called Erlangen in Germany. My father was a professor who loved math, and our house was always full of books and interesting ideas. I didn't play with dolls very much. Instead, I loved solving puzzles! Numbers and shapes felt like a fun game to me. I knew from a young age that I wanted to spend my life learning as much as I could about the wonderful world of mathematics.

When I grew up, I wanted to go to the university just like my brother did. But in the year 1900, the rules were very different. Most people believed that universities were only for men! They wouldn't let me be a real student. But I didn't let that stop me. I asked for special permission just to sit in the classrooms and listen. For two years, I worked extra hard, and finally, the rules changed. In 1904, I was allowed to become a real student, and in 1907, I earned my special degree, my doctorate, in mathematics. I was so proud!

In 1915, I was invited to a famous university in a city called Göttingen to help some of the smartest scientists, like my friend Albert Einstein. But even there, some people didn't think a woman should be a professor. For a while, I had to teach my classes under another professor's name. I kept working and sharing my ideas. I discovered a beautiful, secret connection between patterns, which we call symmetry, and the rules that run the whole universe. I also came up with new ways to think about numbers and solve tricky math puzzles. My students called themselves the 'Noether boys,' and we had so much fun exploring math together.

After many happy years in Göttingen, a sad time came to Germany. In 1933, it became unsafe for me and many others to live and work there anymore. I had to say goodbye to my home and move all the way across the ocean to America. It was a little scary, but I was also excited for a new adventure. I started teaching at a wonderful school for women called Bryn Mawr College in Pennsylvania. I loved sharing my passion for math with a whole new group of students.

I lived to be 53 years old. I hope my story shows you that you should never give up on what you love, even if someone tells you that you can't do it. People remember me today as the 'mother of modern algebra.' My ideas are still used by scientists to understand everything from tiny atoms to the biggest stars in the sky, and I am so happy my mathematical puzzles are still helping people make new discoveries.