2025年6月29日 星期日

The Inevitable Tremor: Comparing Revolutions to Geological Cataclysms

 

The Inevitable Tremor: Comparing Revolutions to Geological Cataclysms

The human experience is often defined by the interplay between order and chaos, predictability and sudden upheaval. While we strive to build stable societies, history relentlessly reminds us of their fragility. In this vein, the onset of social revolution bears a striking and profound resemblance to the terrifying inevitability of a volcanic eruption or a major earthquake. In both scenarios, immense pressure builds beneath a seemingly stable surface, the timing of its release remains shrouded in uncertainty, and humanity, caught in the currents of chance, often finds itself hoping against hope that the cataclysm will not occur "on our watch" or within our lifetime.

At the core of both phenomena is the unrelenting accumulation of pressure. In the geological realm, this pressure is tectonic. Earth's immense plates grind against each other, creating friction that stores colossal amounts of energy along fault lines. Magma churns and accumulates beneath the earth's crust, exerting upward force.1 This is not a sudden process but a slow, inexorable buildup that can span decades, centuries, or even millennia. The ground may seem stable, but the forces beneath are constantly at work.

Similarly, social revolutions are not spontaneous outbursts but the culmination of deep-seated, simmering grievances. Economic inequality, political repression, social injustice, lack of representation, and the erosion of trust in governing institutions act as the "tectonic plates" of society. Each unmet demand, each unaddressed complaint, each act of corruption adds a minuscule, imperceptible increment to the collective pressure. This can manifest as widespread poverty amidst opulence, arbitrary laws, censorship, or a ruling elite perceived as out of touch and self-serving.2 Like the silent grinding of geological forces, these social pressures build, often ignored or downplayed by those in power. The illusion of stability persists, even as the foundations are quietly weakening.

The most terrifying commonality, however, lies in the unpredictability of the breaking point. Scientists can identify fault lines and monitor volcanic activity, noting tremors, gas emissions, or ground deformation.3 Yet, precisely when the stored energy will be released in a devastating earthquake or eruption remains largely beyond current predictive capabilities. There are warning signs, but the exact moment of rupture is an elusive mystery, a gamble against geological time.

Revolutions share this chilling uncertainty. Historians and social scientists can identify the preconditions for unrest—economic crises, charismatic leaders, ideological shifts, external conflicts. They can point to periods of intense social ferment, strikes, protests, and riots as clear "tremors" or "gas emissions." Yet, the specific spark that ignites a full-blown revolution—a seemingly minor incident, an assassination, a botched government response to a protest, a sudden economic collapse—is often unforeseen. The precise moment a society transitions from simmering discontent to open, violent upheaval is a moment of profound unpredictability, a socio-political equivalent of a seismic shift.

This shared uncertainty leads directly to the human tendency to "play with chance". Just as communities are built on active fault lines or at the foot of dormant volcanoes, societies often continue operating under systems demonstrably accumulating pressure. The hope is always that the "big one" won't happen now. Politicians implement superficial reforms, offer temporary concessions, or resort to increased repression, effectively kicking the can down the road. They hope the system holds together on "their watch," deferring the inevitable reckoning to future generations. Citizens, too, often cling to the normalcy of daily life, perhaps grumbling but ultimately hoping the precarious balance holds, preferring the known discomfort to the terrifying unknown of radical change.

This "not on my watch" mentality is a deeply ingrained human characteristic, a form of collective psychological self-preservation. Facing the potential for cataclysm, be it geological or social, the default response is often a mixture of denial, hope, and short-term thinking. The long-term costs of neglecting the building pressure are immense, but the immediate inconvenience or perceived danger of addressing it directly can seem too high.

In conclusion, the comparison between revolutions and geological disasters serves as a powerful metaphor for understanding the dynamics of societal change. Both involve the relentless buildup of unseen forces, culminating in unpredictable and often violent releases of immense energy. The shared element of uncertain timing creates a dangerous gamble, where those in power, and indeed society as a whole, often choose to hope for the best rather than proactively dismantle the structures accumulating the pressure. While we can never truly stop the earth's plates from moving or magma from churning, understanding the parallels with social dynamics might, perhaps, offer a sobering reminder of the need to address deep-seated grievances before the tremors become an unmanageable earthquake, or the simmering discontent erupts into an unstoppable revolution. The question is not if the pressure will eventually be released, but whether we choose to be prepared for it, or simply hope it won't happen during our time.