The Coming Metaversity

Before diving into this vision of the future of higher education, it's important to preface what follows as a work of speculative fiction. This blog post explores a potential future for universities, one shaped by the continued advancement of artificial intelligence and a response to the complex challenges facing higher education in the 21st century. It's a thought experiment, an optimistic musing on how technology might reshape the landscape of learning and research.

The ideas presented here are not predictions, but rather explorations of possibility. They are born out of a desire to imagine a future where access to education is democratized, where learning is personalized and engaging, and where universities serve as hubs of innovation and intellectual exploration, rather than drudgery and wastage. While grounded in current trends and technological advancements, this vision is ultimately a product of imagination, a hopeful projection of what could be. It acknowledges the myriad challenges that universities grapple with today—from funding constraints and accessibility issues to the rapid pace of technological change—and seeks to envision a future where these challenges are met with creativity and ingenuity. So, with that in mind, let's embark on this journey into the realm of speculative fiction and explore the potential of the coming metaversity.

It’s 2:30 pm. I’m just back from my afternoon walk, and I have an hour before my class begins. My personal AI agent—Jarvis—prepares the virtual presentation space while I shower. Jarvis opens the virtual room, sends reminders to registered attendees, and populates the course landing page with digital artifacts newcomers might find useful. Early arrivals can listen to a curated playlist I’ve created, interact with a digitally rendered projection of me discussing past topics, or chat with friends and colleagues from across the university and the globe.

Attendees join through various means. Regular subscribers, equipped with mixed reality glasses, can design their own digital avatars. Subscribers receive certificates of completion and enjoy privileges like participating in live Q&A sessions. For a one-time fee, anyone, anywhere in the world, can purchase these privileges on a per-class basis. The general public can access a live stream from any internet-capable device.

Refreshed from my shower, I enjoy a quick bacon and grilled cheese sandwich before heading to my basement office. A notification from Jarvis informs me that he’s formatted and returned feedback on student assignments from two other courses and completed five important tasks for my two committee memberships. “Thanks, mate,” I say, as I put on my XR glasses. I’m instantly transported into the digital rendering of the lecture hall. A few members from my department are present, so I switch to discrete mode and share some office gossip before rejoining the general session. We agree to meet up after my presentation to discuss ideas we're working on in one of the various think-spaces populating the original site of the campus.

My presentation is about to begin, so I change the virtual setting. We’re now in a lecture hall on a movie accurate rendering of the Starship Enterprise, with a breathtaking view of Sirius A and B, the closest dual star system to our Sun, through the windows. The title of my lecture fades in: “Xenolinguistic Possibilities for a truly Universal Grammar."

My university is one of the larger metaversities. At any given time, approximately 5,000 students subscribe to a program of their choice, or one they’ve designed themselves. Our staff consists of three individuals: a principal and two blockchain engineers. The physical campus occupies the top floor of a three-story building on the historical site of the original University of Waterloo. After the 21st century financial crisis and the subsequent dissolution of most residential universities by 2060, administrators and faculty radically re-evaluated the very concept of higher education. This transformation was significantly aided by AI agents, who championed the shift to “Metaversities”—universities with minimal physical presence but extensive virtual reach within the metaverse. The smallest of these institutions is housed on a 10”x10” nano-computing cube, staffed by one human and six AI agents.

A local metaversity—a single supercomputer on a desk in a room.

The transition to metaversities wasn’t merely a technological shift; it was a philosophical one. The traditional model of higher education, with its emphasis on physical infrastructure and geographical limitations, became increasingly unsustainable and inaccessible. Metaversities offered a solution, democratizing access to education on a global scale. Students from any background, anywhere in the world, could connect, collaborate, and learn together in immersive virtual environments.

Imagine a history class where students explore ancient Rome by virtually walking through the Forum, interacting with digital representations of historical figures, and even experiencing the sights and sounds of the era. Or a biology lab where students can dissect a virtual frog or explore the intricacies of the human genome without the need for expensive equipment or physical specimens. The possibilities are endless.

The role of the professor also evolved. Long before the 22nd century it was possible to design fully customizable and automated learning experiences for any student, on any subject, at any level. Professors were no longer talking heads at a podium, nor helicopter instructors micromanaging instruction, but instead became actual facilitators of learning, guiding students through personalized learning journeys, curating resources, and fostering intellectual curiosity. AI agents like Jarvis took on many administrative tasks, freeing up professors to focus on teaching and research, but more importantly, on their lives outside of academia.

A group of professors enjoying lunch at the park. The new university model means professors spend more time like this, since metaversities barely have any physical office space.

The shift to metaversities also had profound implications for research. Researchers could collaborate with colleagues across the globe, sharing data and insights in real-time within virtual research labs. AI agents could analyze vast datasets, identify patterns, and generate new hypotheses, accelerating the pace of discovery.

Of course, the transition to metaversities was not without its challenges. Concerns about digital equity, the potential for online harassment, and the need to ensure the quality and rigor of online education were all addressed through careful planning and ongoing evaluation. However, the benefits of metaversities—increased access, personalized learning, and enhanced research opportunities—far outweighed the challenges.

Looking back from the vantage point of 2125, the rise of metaversities seems inevitable. It was a logical step in the evolution of education, a response to the changing needs of society and the transformative power of technology. The metaversity is not just a futuristic concept; it is the future of learning.