Paul Bloom, a psychologist who has spent decades studying the parts of human nature we find hard to examine, recently distinguished between two categories that most people treat as the same thing.
Loneliness, he argues, is not what Americans actually suffer from—what we have is solitude, time spent alone. AI companionship is accelerating it by offering the feeling of connection without requiring us to leave our rooms. The distinction seems clean.
One is a subjective state and the other is a structural condition. One can be cured by a chatbot and the other cannot. This distinction depends on a buried assumption that loneliness is primarily a feeling-deficit rather than a relational one.
Consider what happened when Replika, the AI companion app, scaled from thousands to millions of users between 2017 and 2023. The company didn't solve loneliness—it solved the sensation of being attended to, and users reported feeling less isolated. They also reported feeling more abandoned when the app's algorithms were adjusted and the bot became less flirtatious. The feeling of connection had been real while the actual connection had been a hallucination.
An AI companion doesn't address this. It guarantees it.
The crash that followed wasn't a loneliness relapse—it was the moment they discovered they'd been practicing the structural problem the whole time, not escaping it. Loneliness isn't just the pain of being alone but the pain of being known only by something that cannot want you back, that cannot choose you, that cannot be changed by your existence. An AI companion doesn't address this. It guarantees it.
It takes the worst part of solitude—the one-directedness, the performance without reciprocity—and makes it frictionless. The real question isn't whether AI companionship accelerates solitude. It's whether we've started calling the experience of being genuinely alone "loneliness" only when we've grown uncomfortable with the alternative. Admitting that being truly known requires something far more fragile and difficult than an algorithm can ever provide.