Ulysse Castet

I am a passionate and impact-driven researcher specializing in modeling, data analysis, deep learning, and high-performance simulations applied to molecular and cellular biology. My work focuses on developing novel, sustainable, and scalable solutions for carbon conversion, empowering the transition to a circular bio-economy.

In addition to these endeavors, I am particularly interested in translational research in biocomputation and synthetic morphology. My passion lies at the intersection of computer science and molecular biology where I strive to unlock an integrative understanding of cellular mechanisms to develop modular, predictable, and programmable biological systems.

Beyond my research, I am deeply invested in supporting young scientists, fostering knowledge transfer, and building dynamic communities of passionate researchers and activists. I am also dedicated to advocating for the transformative potential of biotechnologies and exploring policy-making to address the ethical, legal, and sustainability challenges surrounding synthetic biology and other emerging technologies.