One of the most fascinating and mysterious aspects of biology is the emergence of multicellular life. How did single-celled organisms evolve into complex organisms, and what are the underlying mechanisms? To answer these questions, a research team at the University of Tübingen in Germany is embarking on an ambitious project: a long-term experiment to simulate the journey from single cells to multicellular life.

The project is led by Dr. Christian Tischer, who is using the latest technology to create a system that can mimic the evolutionary process. In the experiment, the team will use a virtual environment populated with digital organisms that can evolve over time. The environment will be configured so that the digital organisms can interact with each other and their environment, allowing them to evolve and adapt. The team will then measure the outcomes of the interactions and analyze the data to gain insight into the underlying mechanisms of multicellular life.

This groundbreaking project has the potential to revolutionize our understanding of the emergence of multicellular life and provide valuable insights into the evolution of complex organisms. Stay tuned to learn more about this exciting project and its potential implications!

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source: Phys.org