The aim of this project is to ensure that joint replacements are biologically safe when they are implanted into patients, specifically the polymers that act as the natural cartilage in these implants.

My project is studying the Dsup protein’s ability to increase the radiotolerance of a single celled alga, resulting in a super nutritious crop which can be grown under high radiation levels, for example on Mars.

We developed a novel bio-imaging technique, whole-body ExM, which enables 3-dimensional, nanometer resolution imaging throughout the whole vertebrate for the first time.

Aromatherapy proposes to use aromatic material for improving psychological and physical well-being. To test the efficacy of this therapy, we quantified the effect of essential oils on the autonomic nervous system and our emotions.

The focus of this project lies on communicating a scientific subject (the neurobiology behind physical reactions to emotions) to children with the help of a picture book.

My research focuses on the use of the novel mobile app DeAlta to enhance patient-physician communication and thus prevent drug-resistant Tuberculosis in Mexico

My research aims to simplify blood tests for persistent organic pollutants via Microsampling.

My research focuses on understanding foam as a chemical phenomenon and factors influencing the foaming abilities of various tensides found in soaps.

With my work, I targeted optimization of the synthesis of the dye ”Nile Red” by having in mind: accessibility for others, safer environmental approach and offered regulations from experts.

My project, named OSINTer, is a digital platform which aims to help specialists within cybersecurity tackle the cyberattacks of tomorrow.

With the spread of AI, users/data subjects are becoming increasingly worried
about how their personal information is being used or even exploited without their permission for commercial and political objectives.

My research focuses on the development and validation of an algorithm to reduce the amount of data needed to train a neural network.

I tested if using live larvae of the species Galleria mellonella, which can metabolize PE plastic into ethylene glycol, would be environmentally safe and concluded that it would not.

The project focuses on characterising magnetic anthropogenic particulate matter (PM) for air pollution monitoring purposes.

In my paper, I did original research in number theory, investigating phenomena related to primes, means, and logs.

In my research, I have provided a sufficient condition for when and how to determine the deterministic time evolution of a low-dimensional subspace using the time evolution of a high-dimensional complex system, thus reducing the computational resources needed to study the properties of the subspace.

My research is focused on building mathematical models that finds the most cost efficient energy storage solutions for renewable electricity.

My research uses molecules in specially-designed gold nanostructures to convert infrared light to visible light in a process known as frequency upconversion.

My project deals with the physical and musical aspects of the sounds that are produced by blowing into bottles filled with water. I investigated the impact that the size of a bottle and its filling level has on the sound.

My project focuses on investigating the motion of a bead on a rotating hoop, a classic problem used to demonstrate a mechanical phase transition.