Hvad er dit forskningsfelt kort beskrevet?

Food material science focuses on understanding the structure and functionality of complex biological and food systems, with particular attention to how components such as proteins, lipids, and interfaces interact across different length scales. By combining experimental approaches with fundamental principles from chemistry, physics, and material science, it is possible not only to characterize and describe the details of the structures nature has created but also explain how structure at the microscopic level determines macroscopic properties such as stability, texture, and performance. A central theme in my research is the relationship between processing, structure, and functionality. I investigate how processing conditions influence molecular organization and how this, in turn, affects the behaviour of materials in real-world applications. This includes both fundamental studies and applied work relevant to sustainable production, improved quality, and resource efficiency.Through interdisciplinary collaboration, my research contributes to advancing knowledge in both basic science and application-oriented contexts, bridging gaps between academia and industry. The overall aim is to develop predictive understanding that can guide innovation and support the design of next-generation materials and systems.

Hvad er de forskningsmæssige udfordringer?

One of the main challenges in my research is the inherent complexity of the systems being studied. These systems often involve multiple interacting components that behave differently depending on conditions such as temperature, processing, and composition. Capturing these interactions, downscaling complexity to hypothesis based research questions is the underpinning challenge. Only by evaluating well crafted and designed experiments, it is possible to bridge the gap between fundamental understanding and practical application. While it is possible to study systems under controlled laboratory conditions, translating this knowledge to real-world environments requires careful consideration of variability, scalability, and industrial constraints. Developing models that are both accurate and broadly applicable is therefore an ongoing difficulty.Methodologically, the discipline also requires a muldisciplinary systemic approach, with strong knowledge of advanced analytical and physical methods that can probe structure and dynamics across multiple scales. This requires talent development and collaborations across fields of science, creating teams who can interpret large, complex datasets.

Hvorfor er netop dette forskningsområde interessant?

Bridging the gap between fundamental and applied sciences brings allows to focus on outcomes based research, bringing opportunities to push the boundaries of knowledge and to develop impactful solutions. By studying how materials are structured and how they function, we gain insight into processes that are central to areas such as food quality, sustainability, and resource utilization.This field is particularly relevant today because society is facing increasing demands for sustainable production, healthier products, and more efficient use of raw materials. Understanding the link between microscopic structure and macroscopic behaviour allows us to design systems that are both high-performing and resource-efficient. This is essential for developing innovative solutions that reduce waste, improve functionality, and support environmental goals.

Hvad forventer du af dit medlemskab af Videnskabernes Selskab?

I see the Academy as a unique platform for dialogue across disciplines. My expectation is to be part of an environment where curiosity-driven, fundamental science is valued, but also where I can bring also the perspective of an applied scientist with strong foundations. I hope to contribute to—and benefit from—conversations that go beyond the boundaries of my own field, with my experience as a “serial immigrant” scientist, a woman in STEM, with strong industrial connections. The Academy also plays an important role in connecting science with society. I expect to engage in advising, communication, or collaborative initiatives. In a time where scientific knowledge is essential for addressing complex societal challenges, the Academy provides a trusted voice and a space for reflection across fields. This is particularly important, in a society which may not fully understand the value of fundamental science, and even more, the cost-benefit of the investment necessary.

Fortæl lidt om mennesket bag forskeren.

Beyond my scientific work, I am driven by curiosity, collaboration, and a strong sense of responsibility towards both people and the broader impact of my work. I value environments where ideas can be exchanged openly and where different perspectives are welcomed, as this often leads to more thoughtful and creative outcomes.I place great importance on mentoring, supporting and sponsoring younger scientists, women, and fostering diversity of opinions. Creating an inclusive and encouraging environment is something I actively work towards, as I believe that good science is no longer made by individual excellence but by strong investment in young talent, and collaborations. beyond my work, I am a serial immigrant, a builder and a systemic thinker, and recharge when I find time to spend with my family in activities that foster reflection and creativity.