Some of the most powerful people create AI now they are asking to be stopped. The best company Anthropic recently agreed that “if it were possible to effectively delay the development of this technology to give ourselves more time to deal with its major consequences, we think that would be a good thing.” A wonderful welcome. The designers of the future tell us that they cannot see clearly in the world they create.
They have reasons to worry, and so do we. In the space of a few months, we’ve seen border models shut down due to national security concerns, we’ve watched the most powerful cyberweapon in history be created, we’ve seen chaos in the labor market where economists are still struggling to map and learn the true value of mental health that AI is gaining. systems are designed to be addictive, in some cases with tragic consequences. Meanwhile, the AI it has begun self-development, refining its own code in an iterative self-development process that carries a rare chance of runaway development. Even later papal letter Magnifica Humanitas he warned that technology built for profit rather than human prosperity is in danger of becoming the new tower of Babel: a monument to ambition that ends in confusion and collapse.
As we face all of this, it is natural to believe that we are living in something that has never been seen before, and that no generation has stood where we stand, peering at the edges of technology that we do not fully understand. But that thinking would be wrong. We’ve been here before. And the place we were, as it happened, was Cambridge, Massachusetts, exactly fifty years ago this summer.
In the 1970s, the scary new technology was not silicon but DNA. Scientists had learned how to splice the genes of one species into another—combining human genes into viruses—and the public’s reaction ranged from surprise to fear. Could this invention lead to miracle cures for diseases, or expose what the newspapers gleefully call “Frankenstein bugs”? Before 1975 known now Asilomar conference in Californiathe scientists themselves did something unheard of: they stopped their research to ask how it could be done safely.
But a more instructive drama unfolded a year later, not in the convention center but in the town hall. In the hot summer of 1976, Cambridge erupted in a debate over whether Harvard should be allowed to build a laboratory. recombinant DNA research. The mayor is afraid of an epidemic. Leading scientists got involved, some demonstrating the safety of their work at farmers’ markets and others warning, as in public, of the dangers. It was divided, heated and often chaotic—democracy was at least dignified and, it turned out, very useful.
Instead of simply banning research or moving it, Cambridge he tried something bold. It met a Cambridge Experimentation Review Board: ordinary citizens—a public health nurse, a monk, an engineer, a former mayor among them—are charged with analyzing the evidence and reaching a decision. These were not professionals. They were citizens who would have to live with the consequences. In many months of listening to the patient, they listen, ask, disagree and, finally, decide. They did not stop science. They produced a logical framework for defenses – remarkably similar, in the end, to what the Asilomar scientists had recommended.
The result is one of the great silent testaments to public trust. Far from stifling innovation, Cambridge’s clear laws made the city an obvious home for new industry. Biotechnology companies put down roots there because the basic rules were known. Today, Kendall Square, a short distance from that hearing, is often described as “the most famous square mile in the world.” The law did not kill the future. Build it.
This is a lesson we should learn in our troubled times. Prominent assumptions in AI The argument is that there are only two options: reckless acceleration or terrible denial. Cambridge in 1976 proved that there is a third way, and that it goes through society rather than around it.
We have absolutely no models. Some US states have begun, on a temporary basis, to enact legislation. UNESCO has released it behavioral guidelines. Surprisingly, several experts now say that China is ahead of the United States in some AI measures. security – a reminder that the question of who governs this technology, and how, and the question about what values the future will include in it. The European Union has produced sweeping legislation; California tried and stumbled. Yet almost all of this happens at the highest level, in legislatures and international institutions, in addition to the citizens whose lives will be restructured.
What is missing is what Cambridge had in 1976: close-to-the-ground communication. Consider citizen meetings in AI you didn’t meet in Geneva or Washington but in town halls and libraries – how Ireland used citizen meetings to break decades of bans on abortion and same-sex marriage, or how Taiwan used digital platforms to allow ordinary people to help shape technology policy or here at MIT through the work of Center for Constructive Communication in developing advanced public listening systems. Engineering skills are necessary, but not sufficient. The people who develop the technology cannot be the only ones who decide how it is governed, just as we would not let the weapons manufacturers write the rules of war.
The stakes, if anything, are high now. Recombinant DNA was a problem contained in several laboratories. The AI it is already connected to our clinics, our courts, our classrooms and the minds of our children. The frontier is expanding again, from the power of AI to accelerate development mirror life to the potential proliferation of AI-engineered viruses, and new technologies come wrapped in the same false choice between blind progress and blind restriction.
Fifty years ago, a group of lay people in Cambridge rejected that choice. They were trusted to measure the danger at hand, and they rose to it. They gave us both safety and the freshest square mile in the world. The question for us is whether we still believe that society can be trusted with the future, or will we leave it, automatically, to people who admit they cannot control what they have done.
