The Iconic Game Doom on Blockchain Networks
The first-person shooter game Doom has expanded its reach beyond traditional platforms and is now available on blockchain networks like Bitcoin and Dogecoin. Enthusiasts have used protocols like Ordinals to create simplified versions of Doom on the Bitcoin network. Ordinals allow for additional data to be inscribed directly onto individual satoshis, the smallest unit of Bitcoin, similar to the concept of non-fungible tokens (NFTs) on other blockchains. The integration of Doginals, a version of Ordinals for Dogecoin, even enables players to enjoy the full version of Doom through a web browser.
Doom Could Run Using E. Coli Bacteria
A recent student study from the Massachusetts Institute of Technology (MIT) suggests that Doom could potentially run using E. coli bacteria, in addition to blockchain networks. While this idea may seem far-fetched, it demonstrates the limitless creativity and versatility surrounding the classic game. The concept proposed by an MIT biotech graduate student researcher involves using E. coli cells as pixels connected to a display controller, with signals controlling their fluorescence to create a visual representation of the game. Although the gameplay experience may not be ideal, this experiment showcases the potential of merging genetic engineering with entertainment.
What is Doom?
Doom, released in 1993, is a popular game that follows a lone space marine battling demons in a research facility on Mars. Despite its small file size compared to modern games, it revolutionized the gaming industry and spawned a successful franchise. The unconventional gameplay and computational design of Doom have inspired people to play the game on various unconventional devices such as ATMs, printers, calculators, Lego bricks, and even potatoes.
Ramlan’s experiment adds a unique twist to the ongoing trend of running Doom on unconventional platforms. While neuronal computing has enabled Doom to be played through artificial neural networks, programming cells to play the game introduces a novel approach. However, it’s important to note that running Doom solely on E. coli cells would be extremely time-consuming, potentially taking centuries to complete a single playthrough. Ramlan encourages exploring the possibilities of using cellular systems for gaming and display purposes, highlighting the diverse range of opportunities offered by synthetic biology.
Hot Take: Doom’s Unconventional Journey
The iconic game Doom has taken an unconventional journey, making its way onto blockchain networks like Bitcoin and Dogecoin, as well as the realm of genetic engineering with experiments involving E. coli bacteria. This showcases the boundless creativity and versatility surrounding the classic game. Whether it’s inscribing simplified versions of Doom on individual satoshis or using E. coli cells as pixels to create a visual representation of the game, enthusiasts are finding new ways to experience this beloved title. While these experiments may not provide the optimal gameplay experience, they highlight the potential for merging technology, entertainment, and biology in unexpected ways.
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