The evolution of computing, from its nascent stages powered by vacuum tubes to the immersive virtual worlds of modern video games, represents a monumental technological and cultural trajectory. This journey, marked by rapid innovation and the constant creation of new digital artifacts, presents a unique set of challenges for preservation. Dr. Flori Pierri, Associate Curator of Science and Technology at the MIT Museum, recently shared insights into the museum’s burgeoning efforts in video game preservation, highlighting the critical importance of preserving these born-digital objects and engaging with both the public and academic researchers.

Dr. Pierri’s own path into the realm of video game preservation is as multifaceted as the collections she oversees. Her responsibilities at the MIT Museum encompass a wide array of scientific and technological artifacts, ranging from intricate scientific photography to fundamental physics homework assignments, alongside a growing focus on computer games. This broad purview underscores the interconnectedness of technological advancement and the human endeavor to understand and interact with the world through scientific inquiry and creative expression.

The MIT Museum’s dedicated focus on computer games and the concept of "play" is a relatively recent but significant development. This initiative gained substantial momentum with the acquisition of the Michael Dornbrook Collection, a pivotal step in formalizing the museum’s commitment to this field. The collection’s contents, which are still being cataloged and analyzed, represent a significant resource for understanding the early history of computer gaming. Further solidifying this commitment, the museum has announced plans for a major computer game exhibition scheduled for 2028. This exhibition aims to provide a comprehensive overview of the medium’s evolution, from its experimental origins to its current status as a global cultural force.

The Imperative of Original Equipment in Exhibits

A recurring theme in Dr. Pierri’s discussion is the profound importance of using original equipment for exhibits. In the context of video game preservation, this is not merely a matter of aesthetic preference but a fundamental requirement for an authentic and educational experience. Playing a game on its intended hardware—the specific console, computer, or arcade cabinet—provides an irreplaceable connection to the past. The tactile feedback of original controllers, the unique display characteristics of CRT monitors, and the very soundscape produced by period-appropriate hardware all contribute to a holistic understanding of the gaming experience as it was originally intended.

"When you’re trying to understand how a game was played, how it felt to interact with it, the original hardware is absolutely essential," Dr. Pierri explained. "It’s not just about the pixels on the screen; it’s about the entire sensory and interactive experience. Emulation, while incredibly valuable for accessibility and widespread access, can sometimes lose the subtle nuances that the original hardware provides. For an exhibition aiming to educate and immerse visitors, showcasing these games on their native platforms is paramount."

The challenge of sourcing and maintaining this original hardware is considerable. Many of these devices are decades old, prone to decay, and require specialized knowledge for repair and operation. The MIT Museum’s dedication to this aspect of preservation indicates a deep understanding of the material culture of technology and its role in historical interpretation.

The New Frontier: Preserving Born-Digital Objects

The preservation of video games introduces a distinct set of challenges compared to more traditional museum objects. Video games are, by their very nature, "born-digital." This means their existence is intrinsically tied to software, code, and digital storage media, which are inherently fragile and susceptible to obsolescence. Unlike a physical artifact that might degrade over time, digital information faces unique threats:

• Media Degradation: Floppy disks, magnetic tapes, and early optical media are prone to data loss due to physical deterioration, magnetic decay, or environmental factors.
• Hardware Obsolescence: The computers, consoles, and peripherals required to run older games are often no longer manufactured, making it increasingly difficult to access and play them.
• Software Incompatibility: Operating systems, programming languages, and file formats become obsolete, rendering the original software unreadable or unexecutable on modern systems.
• Format Shifts: Games are released across a multitude of platforms and formats, requiring diverse and often proprietary methods of access and preservation.
• Intellectual Property and Licensing: The legal complexities surrounding the ownership and distribution of digital content can create significant hurdles for archival efforts.

Dr. Pierri elaborated on these challenges: "Preserving born-digital objects is an entirely different paradigm. It’s not just about keeping an object from deteriorating; it’s about ensuring that the information it contains remains accessible and interpretable in the future. This involves understanding the software, the hardware it runs on, and the context in which it was created and played. It requires ongoing migration of data to new formats and platforms, and constant vigilance against technological obsolescence."

The MIT Museum’s approach to these challenges likely involves a combination of strategies, including:

• Emulation: Developing or utilizing software emulators that can mimic the behavior of original hardware and operating systems on modern computers.
• Data Migration: Regularly transferring digital assets from older storage media to newer, more stable formats.
• Documentation: Meticulously documenting the hardware, software, and any associated physical components to provide context and enable future understanding.
• Collaboration: Working with other institutions and the gaming community to share knowledge, resources, and best practices.

Engaging with the Public and Researchers

A key aspect of the MIT Museum’s strategy, as articulated by Dr. Pierri, is its commitment to engaging with both the public and researchers. This dual focus is crucial for the longevity and impact of any museum’s collection.

For the public, the museum aims to make the history of computing and gaming accessible and engaging. This is achieved through exhibitions, public programs, and digital outreach. The upcoming 2028 computer game exhibition will undoubtedly be a centerpiece of this effort, offering a tangible and interactive exploration of the medium’s past. By showcasing games on original hardware and providing historical context, the museum can foster a deeper appreciation for the cultural significance of video games.

For researchers, the museum provides access to its collections, facilitating scholarly inquiry into various aspects of computer history, game design, and the social impact of technology. This academic engagement is vital for advancing knowledge and ensuring that the historical narratives surrounding video games are robust and well-supported.

A Glimpse into Unreleased Worlds: The Infocom Collection

The mention of a collection of unreleased Infocom game materials offers a tantalizing glimpse into the potential discoveries and research opportunities the MIT Museum is cultivating. Infocom, a pioneering company in the early days of personal computing, was renowned for its text-based adventure games like Zork, Planetfall, and Sorcerer. These games were celebrated for their intricate plots, complex puzzles, and sophisticated parser technology, which allowed players to interact with the game world using natural language commands.

Unreleased materials from such a seminal company are incredibly valuable. They could include:

• Early Prototypes and Drafts: Offering insights into the iterative design process, showcasing discarded ideas, and revealing the evolution of gameplay mechanics and narrative.
• Developer Notes and Design Documents: Providing a window into the creative thinking, technical challenges, and collaborative efforts behind game development.
• Unfinished Games: Presenting glimpses of projects that never saw the light of day, offering valuable data points on the commercial viability and creative ambitions of the time.
• Source Code Fragments: Potentially allowing for reconstruction or analysis of the underlying programming, even if the complete game is unplayable.

The preservation and potential eventual exhibition or study of such materials could significantly enrich our understanding of Infocom’s legacy and the broader landscape of early computer game development. It highlights the museum’s role not just as a custodian of finished products, but as a preserver of the creative process itself.

Historical Context and Early Innovations

The journey of video game preservation is deeply intertwined with the broader history of computing. The seeds of interactive digital entertainment were sown long before the arcade era of the 1970s. Early pioneers explored the potential of computers for games and simulations, laying the groundwork for what was to come.

• Whirlwind I (Early 1950s): This early digital computer, developed at MIT, was one of the first to feature a cathode ray tube (CRT) display. While not designed for entertainment, its graphical capabilities demonstrated the potential for visual interaction with computers. The MIT Museum’s connection to this early computing history provides a natural bridge to the preservation of later digital technologies, including video games.
• Tennis for Two (1958): Often cited as one of the earliest video games, Tennis for Two was created by physicist William Higinbotham for a public exhibition at Brookhaven National Laboratory. It used an oscilloscope to display a simplified tennis game, allowing visitors to interact with a controller. This demonstrated that computers could be used for more than just calculation; they could be sources of amusement and engagement.
• Spacewar! (1962): Developed by Steve Russell and others at MIT on the PDP-1 minicomputer, Spacewar! is considered a landmark in early computer gaming. It featured two player-controlled spaceships engaged in combat, with realistic physics simulations. Spacewar! was widely shared among early computer enthusiasts and demonstrated the potential for complex interactive simulations on emerging computer hardware.

The work of figures like Claude Elwood Shannon, the "father of information theory," at Bell Labs, provided the theoretical underpinnings for digital communication and computation, which are fundamental to the creation and preservation of all digital media, including video games. The "Royal Game of the Dolphin" from 1821, though a mechanical puzzle, serves as an early example of interactive entertainment, highlighting the enduring human desire for engaging challenges and playful experiences, a desire that digital games have amplified.

The Future of Gaming Heritage

Dr. Pierri’s insights underscore a critical shift in how cultural institutions are approaching digital heritage. The MIT Museum’s proactive stance on video game preservation, exemplified by its growing collections and upcoming exhibition, positions it as a leader in this vital field. The challenges are significant, requiring interdisciplinary expertise, technological innovation, and sustained commitment.

The implications of successful video game preservation are far-reaching. It ensures that future generations can:

• Understand Technological Evolution: Trace the development of computing and interactive media from its foundational stages to its current sophisticated forms.
• Appreciate Cultural Impact: Recognize video games as a significant cultural medium, influencing art, music, storytelling, and social interaction.
• Conduct Historical Research: Provide primary source material for scholars studying game design, software engineering, media studies, and the history of technology.
• Experience Digital Heritage Authentically: Access and engage with games as they were originally experienced, preserving the artistic and technical intentions of their creators.

The MIT Museum’s work, spearheaded by curators like Dr. Flori Pierri, is not just about saving old software; it is about safeguarding a crucial chapter in human technological and cultural history. The journey from vacuum tubes to virtual worlds is a testament to human ingenuity, and ensuring that this journey is well-documented and accessible is a responsibility that the museum is embracing with foresight and dedication. The ongoing efforts to preserve these born-digital artifacts are a vital investment in our collective digital memory.