Think and Save the World

The metaverse childhood we are sleepwalking into

· 11 min read

What the metaverse actually is for children

The term metaverse has been so overloaded by marketing that its specific meaning for children's lives has gotten lost. For a typical child user, the metaverse is not Mark Zuckerberg's VR vision; it is the social-virtual environment they actually inhabit, which is mostly Roblox, mostly on a tablet or laptop, with a smaller fraction in VR. The features that matter are persistence, social presence, user-generated content, avatar identity, and an economy. These features together constitute a category that is genuinely new and not adequately captured by either "video game" or "social media" as those terms have been used. The collective response needs to start with an accurate description of what is happening, and the marketing-driven discourse has not provided that description.

Hours and displacement

Aggregate time data suggests that children aged eight to twelve spend an average of two to three hours daily in social-virtual environments in the most-online demographic slices, with the upper decile spending substantially more. This time displaces something. The displacement varies by child but commonly includes outdoor play, unstructured physical-world peer time, reading, family interaction, and sleep. Jonathan Haidt has documented the broad pattern of digital displacement and its correlation with declining adolescent mental health metrics. The metaverse-specific displacement adds features the broader digital displacement does not — the immersive identity in the virtual space, the economic stakes, the persistent social hierarchies — and these features may matter more than raw hours.

The economic dimension

Many metaverse spaces include real economies in which children buy, sell, trade, and sometimes work for virtual currency that has real-world value. Roblox's Robux economy includes a small but real flow of money from children to developers, and a smaller flow from developers to children who create successful experiences. This is not gaming in the traditional sense; it is participation in a labor and consumer market. The protections that exist for child labor and child consumers in physical-world contexts largely do not apply, or apply unevenly. Children make microeconomic decisions inside these environments under conditions of asymmetric information and impulse-purchase design that adults would find concerning if applied to themselves. The regulatory framework here is essentially absent.

Identity construction and the avatar

The avatar is not a costume; for many children it is an identity laboratory in which they experiment with self-presentation in ways the physical body does not permit. Some of this experimentation is valuable — children try on identities, refine preferences, develop self-knowledge. Some of it is concerning — the avatar can become a more comfortable identity than the embodied self, and the gap between them can grow into dysphoria. Mary Aiken has written about the way virtual self-presentation shapes identity in children, and her observations apply with force to persistent avatar environments. The avatar is a developmental tool. It is also a marketing surface, an identity that the platform can monetize, and a relational presence that the child must reconcile with their physical self.

Social grammar and its transferability

Children learn how to interact with others largely through interaction. The social grammar of metaverse spaces is not the social grammar of the physical world. Some elements transfer well — turn-taking, negotiation, conflict resolution. Some transfer poorly — voice without face, the rapid disposal of relationships through blocking, the asynchronous patterns of group play. A child raised primarily in metaverse social spaces may have a different social skill profile than a child raised primarily in physical-world social spaces. Neither profile is necessarily better in absolute terms, but the metaverse-primary profile may be less well matched to the institutional contexts the child will later need to navigate — workplaces, public spaces, intimate relationships. Naomi Baron's work on how mediated communication reshapes literacy and social skill is suggestive here, though the specific metaverse data is thin.

Platform governance and child safety

Metaverse platforms have child safety teams of varying size, capability, and corporate priority. The pattern across platforms is similar: rules exist on paper, enforcement is uneven, predator activity is documented and partially addressed, the platform responds to public crises with announcements and remains structurally limited in what it can do given its business model. The platforms are not staffed adequately to police the spaces at the scale of their child user bases. The regulatory frameworks that exist in some jurisdictions, like the UK's Age Appropriate Design Code, push the platforms toward better defaults, with mixed results. A more aggressive global framework, calibrated to the actual dynamics of social-virtual spaces, is overdue.

The advertising layer

Metaverse spaces include advertising that does not look like advertising. Branded experiences, in-game product placements, virtual goods that mirror physical-world brands, and influencer activity all constitute commercial messaging directed at children. The advertising standards that apply to children's television in most jurisdictions do not consistently apply to in-metaverse advertising. The disclosure requirements are weak. The child often cannot distinguish a sponsored experience from an organic one. This is a category that consumer protection regulation has not caught up with. A reasonable baseline would require clear disclosure of commercial relationships in metaverse experiences directed at children, with enforcement attached to platform liability.

Mental health correlations

The correlation between heavy metaverse use and elevated rates of anxiety, depression, and disordered attention in children is documented but causally murky. Selection effects are real — children predisposed to these conditions may seek out virtual spaces — but the displacement and exposure mechanisms are also plausible. The honest reading of the literature is that the metaverse is probably not the sole driver of the adolescent mental health decline observed since roughly 2012, and probably not entirely innocent either. The collective response should not wait for definitive causal clarity, which may never arrive, but should act on plausible mechanisms with proportional interventions while research continues.

Parental literacy and the digital divide

Parental capacity to engage meaningfully with metaverse environments varies enormously. Some parents play alongside their children, understand the dynamics, and shape the use into something productive. Some parents have never been inside the spaces their children inhabit and rely on rumor, news cycles, and surface-level controls. The gap creates a digital divide that is different from the older economic digital divide — it is about understanding rather than access. Public education investment in parental literacy for social-virtual environments is essentially absent in most jurisdictions. Investment here is cheap, scalable, and likely high-leverage compared to platform regulation alone.

The schools response

Schools have responded to metaverse environments slowly. Most schools treat them as outside-school recreation that occasionally produces conflicts to be managed. A few schools have begun to incorporate metaverse literacy explicitly into curriculum, treating the environments as objects of analysis the way media literacy curricula treated television and film. The latter approach is more useful. Children need explicit tools for thinking about the environments they inhabit, including the business models, the design choices, the social dynamics, and the relationship between virtual and physical identity. This belongs in school the way critical reading belongs in school. Most schools have not yet figured out how to provide it.

Public-interest alternatives

The metaverse environments children currently inhabit are nearly all commercial products designed primarily for revenue. There is no significant non-commercial alternative comparable to public broadcasting in television's era. A public-interest metaverse — spaces designed by educators, librarians, and developmental psychologists rather than monetization specialists — could provide an alternative default for parents and schools. The cost of building such alternatives is real but not prohibitive at the scale of state or municipal budgets. The political will has been absent. Investment here would shift the competitive landscape and give parents a meaningful choice they currently lack.

The transhuman edge

Some of the more advanced thinking about the metaverse — Bostrom, parts of the futurist literature — frames it as a step toward virtualized human existence in which large portions of life are conducted in computational substrates. Whether or not this trajectory plays out, today's metaverse childhood is shaping the cohort that will or will not embrace that future. The cohort growing up comfortable in virtual environments will have different intuitions about identity, embodiment, and relationship than previous cohorts. These intuitions will shape policy debates that arrive in the 2040s and 2050s about much deeper integration. The metaverse childhood we accept now is the cultural training data for those debates. It is worth being deliberate about what the training data contains.

What revision can still do

The metaverse defaults are not yet locked in. The platforms are still evolving. The regulatory frameworks are still being written. The parental and educational responses are still being formed. There is a window of perhaps a decade in which the trajectory can be meaningfully shifted, after which the installed base and the cultural patterns will be much harder to revise. The Fifth Law of Revision is most useful when applied early. The temptation is to assume that the current arrangement is destiny because it is happening at scale. It is not destiny. It is the result of many small decisions, each individually small, collectively large, and many of them still revisable. Sleepwalking ends when someone wakes up. The collective wake-up has not yet happened, and is overdue.

Citations

1. Steele, Andrew. Ageless: The New Science of Getting Older Without Getting Old. New York: Doubleday, 2020. 2. Sinclair, David A., and Matthew D. LaPlante. Lifespan: Why We Age — and Why We Don't Have To. New York: Atria Books, 2019. 3. Newman, Susan. The Case for the Only Child: Your Essential Guide. Deerfield Beach, FL: Health Communications, 2011. 4. Freedman, Marc. How to Live Forever: The Enduring Power of Connecting the Generations. New York: PublicAffairs, 2018. 5. Isay, Dave. Listening Is an Act of Love: A Celebration of American Life from the StoryCorps Project. New York: Penguin Press, 2007. 6. Bostrom, Nick. Superintelligence: Paths, Dangers, Strategies. Oxford: Oxford University Press, 2014. 7. Turkle, Sherry. Alone Together: Why We Expect More from Technology and Less from Each Other. New York: Basic Books, 2011. 8. Darling, Kate. The New Breed: What Our History with Animals Reveals about Our Future with Robots. New York: Henry Holt and Company, 2021. 9. Bryson, Joanna J. "Robots Should Be Slaves." In Close Engagements with Artificial Companions, edited by Yorick Wilks, 63–74. Amsterdam: John Benjamins, 2010. 10. Aiken, Mary. The Cyber Effect: A Pioneering Cyberpsychologist Explains How Human Behavior Changes Online. New York: Spiegel & Grau, 2016. 11. Haidt, Jonathan. The Anxious Generation: How the Great Rewiring of Childhood Is Causing an Epidemic of Mental Illness. New York: Penguin Press, 2024. 12. Baron, Naomi S. How We Read Now: Strategic Choices for Print, Screen, and Audio. New York: Oxford University Press, 2021.

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