The Game of Life, a cellular automaton, demonstrates how simple local rules can lead to complex emergent behavior, similar to how fluid dynamics can exhibit complex structures under certain conditions.

In the future, as engineering AGI develops, Archie could design innovative solutions that humans cannot conceive, potentially leading to advancements like starships and Dyson spheres.

Games exist at the intersection of logic and emotion, combining mathematical thinking with artistic expression to create meaningful experiences. Games are the aesthetic form of thinking and doing, occupying an important overlap between engineering and art.

Good engineers are drawn to challenging technical problems, and we've successfully tackled many of these challenges.

This architecture enables us to create various games and products by swapping out elements of Highrise, like introducing a hero collector game or an adventure fishing game.

We are working with various disciplines, including chemical engineering, to understand dynamic processes through imaging techniques.

Games serve as an aesthetic form of thinking and doing, enabling players to pursue goals, solve problems, and understand systems in an engaging way.

In the future, the physics of digital space will allow for many more options in software development, making it easier for companies to create internal tools without needing extensive engineering teams.

In game design, the most compelling experiences arise from the gaps between reality and simulation, allowing players to reflect on their actions and decisions.