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Meet our new academic staff from the Department of Mathematics

Our interview series introduces new researchers who started this academic year in the Faculty of Natural, Mathematical & Engineering Sciences.

In this instalment, we spoke to Professor Natalya Vaysfeld from the Department of Mathematics.

Professor Natalya Vaysfeld

Professor Natalya Vaysfeld is a Senior Lecturer in Analysis in the Department of Mathematics. Her research focuses on a broad spectrum of applied mathematics, particularly in solving boundary value problems in mathematical physics. These problems are key in modelling phenomena in areas such as elasticity, fluid mechanics, biology and engineering. Professor Vaysfeld’s work bridges disciplines, combining rigorous mathematical theory with numerical modelling, coding and testing.

 

What first attracted you to the field of Mathematics?

Initially, I was drawn to programming due to its creative problem-solving aspect and the ability to build innovative solutions. However, as I delved deeper into the world of programming, I found a significant overlap with mathematics, particularly in areas like algorithms, data structures, and optimisation. This intersection intrigued me and sparked my interest in mathematics. I discovered the elegance and beauty in mathematical theories, the power of abstraction and its applications across various fields. Consequently, I chose to focus more on mathematics to explore its richness and its profound impact on diverse domains. 

 

What do you think is the biggest misconception people have about Mathematics?

One of the biggest misconceptions about mathematics is that it's only about numbers and calculations. In reality, mathematics encompasses a vast array of concepts, including logic, patterns, structures and abstract reasoning. It's not just about solving equations or crunching numbers; it's about understanding relationships, uncovering patterns in the world around us, and developing rigorous frameworks for reasoning and problem-solving.

 

What's the biggest mystery in science you'd love to solve or see solved?

The biggest mystery in science that I'd love to see solved is the nature of dark matter and dark energy. These enigmatic substances constitute the vast majority of the universe's mass-energy content, yet their exact properties remain elusive. Resolving the mystery of dark matter and dark energy could revolutionise our understanding of the cosmos, leading to groundbreaking insights into fundamental physics and the nature of the universe itself. 

 

What advice would you give to someone considering studying Mathematics?

For someone considering studying mathematics, my advice would be to embrace curiosity and persistence. Mathematics can be challenging but it's also deeply rewarding. Cultivate a genuine interest in the subject, ask questions and explore its various branches and applications. Develop problem-solving skills, both independently and collaboratively, and don't be afraid to grapple with difficult concepts. Seek out resources like textbooks, online courses and mentors who can support and guide your learning journey. Most importantly, stay curious and never stop exploring the beauty and intricacies of mathematics. 

 

What do you do in your spare time?

In my spare time, I enjoy walking and swimming.

In this story

Natalya Vaysfeld

Senior Lecturer in Analysis

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