We are raising funds to develop a groundbreaking virtual platform that will simulate chemical processes and explore the mechanisms behind the origin of life. Inspired by the theory of chemical evolution, our project seeks to understand how life could emerge from non-living matter through complex chemical interactions.

The probability of life emerging from non-living matter is estimated to be one in ten raised to the power of one hundred sixty-four. Yet, against all odds, it happened. Today, with the help of cutting-edge technology, we have the opportunity to recreate this process and answer one of the most profound questions in science: how did life begin?

1. Developing the MVP (Minimum Viable Product):

• Building a virtual environment that replicates the physical and chemical conditions of the real world.

• Simulating fundamental interactions: strong, weak, gravitational, and electromagnetic forces.

2. Scaling the Project:

• Integrating blockchain technology for decentralized data storage.

• Leveraging distributed computing to process vast amounts of information.

3. Building a Community:

• Engaging scientists, programmers, and experts to collaborate and guide the project’s development.

Science thrives on collaboration. We believe this project could lead to groundbreaking discoveries, but its realization requires substantial resources. By supporting us, you become part of a team working to uncover the mysteries of life itself.