I am fascinated by the potential of quantum materials, particularly altermagnets (example in background photo[1]), as they are highly spin-active yet display no overall magnetic fields. As a PhD candidate, my work involves exploring these unique materials with a vision to develop computing solutions that are denser, faster, and more energy-efficient. I want to apply my expertise in a technology-driven environment, as I'm eager to combine interdisciplinary research and entrepreneurship.I actively seek opportunities to develop my communication and leadership skills and spread enthusiasm about science, for example, via Toastmasters International, conference organization, giving science lectures to both experts and general audiences, volunteering, roles as both a mentor and mentee, and my early tutoring venture at 18 (and subsequent experience with Lanterna Education). This has also provided me with insights into professionalism, creating and marketing educational products, understanding team dynamics, and effective project management. These experiences have prepared me for versatile professional challenges in the scientific realm.I am enthusiastic about the future of science and technology. Whether for collaboration, potential ventures, discussion, or sharing insights, feel free to connect to explore possibilities.----[1] CrSb crystal. The quantum mechanical spin densities (cyan/magenta) are related to each other by rotating and mirroring them. Photo credits: Libor Šmejkal and Anna Birk Hellenes.