In The Day After Tomorrow, catastrophic climate change reshapes the planet in a matter of days. Cities are frozen. Governments collapse. Millions flee. And yet, as the storms clear and the camera pulls back to reveal an ice-encased New York, groups of survivors begin to emerge. Humanity has suffered a devastating blow, but it is far from beaten.
The film is Hollywood disaster spectacle at its most excessive. But buried in its overwrought plot is an idea that Films from the Future takes very seriously: that in a world of accelerating technological change and environmental uncertainty, our ability to bounce back from shocks -- to adapt, to rebuild, to keep going -- may matter more than our ability to predict and prevent them.
Resilience is a bit of a buzzword, and Maynard knows it. But he pushes past the vague feel-good version of the concept to examine what resilience actually requires. Before becoming involved with environmental sustainability, he worked with the idea of resilience as it is used in materials science: a measure of how much energy a material can absorb and still return to its previous state. Stretch a rubber band, and as long as it does not break, it bounces back. That is resilience in its simplest form.
But for technology and society, this simple definition turns out to be insufficient. Ecosystems, communities, and societies do not just need to bounce back to where they were. They need to be able to absorb shocks, learn from them, and move forward in new directions. The book draws on the work of researchers like David Woods, who describes four types of resilience that go well beyond the rubber band metaphor:
This last type is perhaps the most important for thinking about technology and the future. It reframes resilience as less about maintaining the status quo and more about protecting what we value -- even if that means accepting that some things will have to change along the way.
The Day After Tomorrow provides a dramatic backdrop for these ideas, but the book grounds them in a more sober reality. We live on a dynamic and unpredictable planet. Earthquakes, tsunamis, volcanic eruptions, and extreme weather events have devastated communities throughout human history. The 2004 Indian Ocean tsunami killed over 250,000 people. Hurricane Irma left the Caribbean island of Barbuda uninhabited for the first time in three hundred years.
Maynard describes visiting Mount Rainier, one of the most dangerous volcanoes in the United States, which stands fifty miles from Seattle. His daughter lives there, and when he asked her what it is like living next to a volcano that could devastate the city, her response amounted to a shrug. A risk not experienced is a risk not worried about. This is a blind spot that runs deep in our collective behavior, and it applies to emerging technologies just as much as to natural hazards.
If we cannot predict every shock, and we cannot, then the question becomes: how do we build systems -- social, technical, institutional -- that can handle the unexpected? This is where resilience becomes a practical framework rather than an abstract ideal.
For climate change, it means investing in renewable energy, distributed power systems, and agricultural technologies that allow communities to do more with less, while also developing the social and political structures that enable people to support each other through disruption. For emerging technologies more broadly, it means designing with flexibility, building in the ability to change course, and ensuring that the people most likely to be affected have a voice in how technologies are developed and deployed.
This connects directly to the book's arguments about complexity and chaos. In complex systems, prediction has limits. Tipping points exist. And the consequences of pushing too hard on a system you do not fully understand can be swift and irreversible. Resilience is the practical response to that reality: not a guarantee of safety, but a strategy for surviving and adapting when surprises inevitably come.
Resilience operates at every scale. At the personal level, it is the ability to face technological change without being overwhelmed by it -- the Don't Panic ethos that the book develops in its final chapter. At the community level, it is the capacity for neighbors, institutions, and local systems to support each other through disruption. At the societal level, it is the collective ability to absorb the impacts of powerful new technologies while protecting the things that matter most.
The Day After Tomorrow, for all its excesses, gets one thing right: the survivors are not the ones who had the best predictions. They are the ones who adapted. In a world of converging technologies, accelerating change, and irreducible uncertainty, that lesson may be the most practical thing Films from the Future has to offer.
We do not need to know exactly what is coming to prepare for it. We need to build the kind of flexibility, foresight, and collective capacity that allows us to face whatever comes with something better than a shrug. That is what resilience, in its fullest sense, demands -- and it is something that everyone has a role in creating.