Doom Kinda Runs On Human Bacteria Now, If You’ve Got 599 Years

What’s going on here? This article discusses the efforts of Lauren “Ren” Ramlan, a bioengineering student at MIT, to run the iconic video game Doom on human bacteria. Ramlan published a paper titled “1-Bit Pixels Encoded in E. Coli for the Display of Interactive Digital Media,” where she describes growing cells in specific wells to create a programmable display screen. By compressing Doom screenshots to match the cell plates and using science, Ramlan created a system that instructs the cells to light up specific wells, resembling pixels. While the game is not fully functional yet, Ramlan suggests that with improvements, it could be possible to run an entire game of Doom on cells in the future.

What does this mean? The idea of running Doom on human bacteria showcases the determination of humans to push technological boundaries. Ramlan’s work demonstrates the potential application of bioengineering in creating interactive displays using living organisms. While the current implementation is limited, it opens up possibilities for future advancements in integrating technology with biology. This unique approach highlights the intersection of scientific research, engineering, and video game culture.

Why should I care? This experiment may seem far-fetched, but it represents the innovative spirit and curiosity of human beings. It showcases the endless creativity and willingness to explore unconventional ideas in fields like bioengineering. The ability to use living organisms as programmable displays could have significant implications in various industries, such as healthcare, entertainment, and communication. This research pushes the boundaries of what is possible, inspiring others to think outside the box and explore the potential intersections between technology and biology. It’s a testament to the limitless imagination and ingenuity of humankind.

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