Anna Liski

Conducted experimental and computational research on hydrogen behavior in a novel high-entropy alloy. Analyzed spectra and compared them with microscopy images, leading to new insights on irradiation damage and hydrogen diffusion.

Assisted in basic physics courses by reviewing exercises and laboratory works, enhancing the learning experience for students.

Created study materials for basic physics courses to provide equal opportunities for students, ensuring materials are freely available online.

Automated a sample moving tool for ion beam analysis using LabVIEW, resulting in a motorized tool that operates remotely and independently, still in active use.

Developed a novel method for mapping water-repellent surfaces using high-speed cameras and analyzed droplet interactions, contributing to a Master's thesis in collaboration with Biolin Scientific.

Provided customer service and managed sales operations in a science souvenir shop, including processing online orders and maintaining store organization.

Conducting experimental and computational work studying hydrogen behavior in a novel metal alloy (high-entropy alloy). This research involved collecting and analyzing hundreds of spectra, comparing them to microscopy images and theoretical data, leading to new insights into irradiation damage and its impact on hydrogen diffusion.

Automated the sample moving tool for ion beam analysis measurement setup using LabVIEW. This project resulted in a motorized sample moving tool that can be operated remotely and functions independently, which is still in active use.

Studied physics with a focus on theoretical physics and computer science. The program included extensive coursework and research, culminating in a Bachelor's thesis that contributed to the understanding of physical principles.