
Cinematic storytelling in scientific presentations
These models dramatically lower the expertise and time required to create a short video that looks very professional.
I am a Postdoctoral Researcher at the Laboratory for Bone Biomechanics, ETH Zürich.
I develop computational tools and multimodal imaging approaches to investigate biological systems across multiple scales.
Research focus areas
Develop image analysis tools to integrate spatial transcriptomics, time-lapsed micro-CT, and micro-finite element models, bridging molecular, cellular, and tissue-scale data to understand bone mechanobiology.
Leverage machine learning and high-performance computing platforms to process terabyte-scale datasets from in vivo imaging and histology, enabling automated analysis and quantitative insights at scale.
Establish bioinformatics workflows to identify mechanoregulated genes and cellular responses, uncovering fundamental principles of bone adaptation and regeneration.
Collection of thoughts and reflections
These models dramatically lower the expertise and time required to create a short video that looks very professional.
Visual animations can be transformative to communicate complex scientific concepts to a broad audience.
The ability to delegate tasks to an assistant that can complete them faster and with improved accuracy frees up mental space to focus on more demanding tasks.