Dr. Flori Pierri, Associate Curator of Science and Technology at the MIT Museum, is charting a course through the fascinating intersection of technological evolution and cultural heritage, with a particular focus on the burgeoning field of video game preservation. In a recent episode of the Video Game History Hour, Dr. Pierri illuminated the MIT Museum’s commitment to safeguarding the legacy of interactive entertainment, from its earliest computational roots to the complex digital landscapes of today. The museum’s dedication to this often-overlooked aspect of history underscores a growing recognition of video games as significant artifacts of human ingenuity and cultural expression.

From Vacuum Tubes to Virtual Worlds: A Curator’s Evolving Role

Dr. Pierri’s professional journey, while not initially centered on video games, has provided a unique vantage point for understanding their place within a broader scientific and technological narrative. Overseeing collections that span the spectrum from early scientific photography and physics homework to the intricate world of computer games, Dr. Pierri brings a multidisciplinary perspective to the challenge of preservation. This expansive view is crucial, as it positions video games not as isolated forms of entertainment, but as the culmination of decades of computational advancement, engineering innovation, and artistic development.

The MIT Museum’s engagement with computer games has intensified in recent years, reflecting a broader academic and institutional shift towards acknowledging their historical importance. This renewed focus is anchored by significant acquisitions and ambitious future projects. The Michael Dornbrook Collection, a foundational element of the museum’s gaming archives, provides a rich resource for scholarly research and public engagement. Looking ahead, the museum has ambitious plans for a major computer game exhibition scheduled for 2028. This exhibition aims to showcase the evolution of gaming, highlighting key milestones and influential titles that have shaped the medium. Such a large-scale undertaking signals a significant investment in presenting video game history to a wider audience, challenging conventional notions of what constitutes a museum-worthy collection.

The Enduring Importance of Original Equipment

A cornerstone of Dr. Pierri’s curatorial philosophy, and a significant challenge in the digital age, is the imperative to use original equipment for exhibits. This commitment stems from a deep understanding that the technological context in which a game was created and played is integral to its historical meaning. The physical hardware – the clunky keyboards, the cathode-ray tube monitors, the unique sound chips – is not merely a display artifact; it is a tangible link to the past, offering insights into the technological limitations and innovations of its era.

For early computer games, this often means sourcing and maintaining vintage computers and consoles. These machines are not only rare but also prone to degradation. The operational requirements for such exhibits are substantial, demanding specialized knowledge for maintenance and repair. This necessitates careful environmental controls, access to spare parts, and a deep understanding of the hardware’s architecture. For instance, showcasing a game developed for the pioneering Whirlwind I computer, an early real-time computing system developed at MIT, would require an immense effort to recreate the necessary environment and operational setup, underscoring the extreme end of the hardware preservation challenge.

The New Frontier: Preserving Born-Digital Objects

The transition from analog to digital has introduced unprecedented complexities in preservation. Unlike physical objects that may degrade over time, born-digital objects present a unique set of challenges. These include the rapid obsolescence of hardware and software, the fragility of digital storage media, and the inherent difficulty in emulating the original computing environment. Dr. Pierri highlights the evolving nature of this challenge, noting that while vacuum tubes represented an earlier technological frontier, the digital realm presents a more abstract and dynamic set of preservation hurdles.

The concept of "born-digital" preservation extends beyond the game itself to include its surrounding ecosystem: the operating systems, the development tools, the network infrastructure, and even the cultural context in which it was released. Emulating an early arcade game, for instance, requires not only preserving the ROMs but also understanding and replicating the specific hardware architecture of the arcade cabinet, the timing of its components, and even the way it interacted with the player through joysticks and buttons. As Dr. Pierri points out, this is akin to preserving not just a book, but also the printing press, the paper, and the ink used to create it, but with the added dimension of dynamic, interactive software.

The challenge is amplified by the sheer volume of digital content being created. Unlike previous eras where artifacts were often deliberately preserved, much of today’s digital output is ephemeral. This necessitates proactive strategies for collection and preservation, often involving complex agreements with developers and publishers to secure digital assets before they become inaccessible. The rapid pace of technological change means that preservation strategies must be constantly re-evaluated and updated to remain effective.

Engaging the Public and Researchers: A Dual Mission

The MIT Museum’s approach to video game preservation is characterized by a dual mission: to engage both the general public and academic researchers. This balanced approach ensures that the collection serves multiple purposes, fostering broader appreciation while also supporting in-depth scholarly inquiry.

For the public, the museum aims to create accessible and engaging experiences that highlight the cultural and historical significance of video games. This can involve interactive exhibits, public lectures, and digital resources that bring game history to life. The museum’s commitment to using original equipment plays a crucial role here, offering a tangible connection to the past that resonates with visitors of all ages. Imagine a child from the 21st century interacting with a game played on a PDP-1, the computer that hosted the seminal game Spacewar! in 1962, a program that demonstrated the potential for interactive computing long before the advent of commercial video games.

For researchers, the museum provides access to a growing archive of primary source materials. This includes not only completed games but also crucial developmental artifacts. The collection of unreleased Infocom game materials, for instance, offers invaluable insights into the creative process, the challenges of game design, and the evolution of interactive storytelling. Infocom, a pioneer in text-based adventure games, produced titles like Zork and Planetfall, and access to their unreleased materials can shed light on alternative design paths, abandoned storylines, and the technical hurdles faced by developers in the late 1970s and 1980s. Such materials can inform studies on game design, narrative theory, computational linguistics, and the history of computing.

The museum’s online presence, including its collection search portal, further democratizes access to these resources, allowing individuals worldwide to explore its holdings. This digital outreach is essential in extending the reach of the museum’s collections beyond its physical walls.

A Timeline of Technological and Gaming Milestones

To understand the scope of Dr. Pierri’s work, a brief chronological overview of relevant technological and gaming milestones is instructive:

• 1940s-1950s: Early theoretical work on computing and information theory by figures like Claude Elwood Shannon, alongside the development of early computers such as Whirlwind I (operational in 1951). These foundational technologies laid the groundwork for interactive computing. The "Royal Game of the Dolphin" from 1821, a complex mechanical puzzle, hints at an early human fascination with interactive challenges, predating electronic computation.
• 1958: William Higinbotham creates Tennis for Two, widely considered one of the earliest video games, displayed on an oscilloscope. This marks a nascent exploration of interactive visual experiences.
• 1962: Steve Russell and colleagues at MIT develop Spacewar! on the PDP-1 computer. This game, distributed freely among early computer enthusiasts, became a significant cultural touchstone in early computing circles and a precursor to commercial video games.
• 1971: Nolan Bushnell and Ted Dabney create Computer Space, the first arcade video game.
• 1972: Atari is founded, and the release of Pong brings arcade video games into the mainstream consciousness.
• 1977: The Atari VCS (later the Atari 2600) is released, ushering in the era of home video game consoles and popularizing cartridge-based gaming.
• 1980s: The "Golden Age" of arcade games sees the release of iconic titles like Pac-Man, Donkey Kong, and Space Invaders. Simultaneously, the personal computer revolution begins, with companies like Apple and IBM introducing machines that would eventually host sophisticated games.
• 1980s-1990s: The rise of adventure games, exemplified by Infocom’s text-based titles and later graphical adventures from LucasArts and Sierra On-Line, showcases the narrative potential of interactive media. The collection of unreleased Infocom materials falls within this crucial period.
• Late 1980s-1990s: The development of 3D graphics engines and the release of consoles like the Super Nintendo Entertainment System and the Sega Genesis, followed by the Sony PlayStation and Nintendo 64, transform the visual landscape of gaming.
• 2000s-Present: The advent of the internet, mobile gaming, virtual reality, and increasingly sophisticated digital distribution platforms create new avenues for game creation, play, and also new preservation challenges. The concept of "born-digital" becomes paramount.

Broader Implications for Cultural Heritage

The MIT Museum’s proactive approach to video game preservation carries significant implications for the broader field of cultural heritage. It signals a growing understanding that digital artifacts, including video games, are not simply transient forms of entertainment but are integral components of our technological and cultural history. As Dr. Pierri’s work demonstrates, preserving these artifacts requires a multidisciplinary effort, combining expertise in computer science, history, archival science, and curatorial practice.

The challenges posed by preserving born-digital objects will likely shape the future of archival practices across all disciplines. Institutions that can effectively navigate these complexities will be at the forefront of safeguarding the digital legacy of our time. The MIT Museum’s efforts, particularly their focus on original hardware and their engagement with both the public and researchers, offer a model for how other institutions can approach this critical task. The future of understanding our technological past, and indeed our cultural past, will increasingly depend on the careful and considered preservation of the digital worlds we create. The work of Dr. Pierri and the MIT Museum serves as a vital testament to this evolving understanding, ensuring that the pixels that have defined generations of play and innovation are not lost to the ephemeral nature of the digital age.