Pulse of Civilization: The Rhythm That Determines Survival ⚡ экспресс
Hybrid modeling of ten scenarios for Earth's civilization over 1000 years revealed that the fill factor (proportion of technological activity) ranges from 0.38 to 1.00 depending on management, resource load, and threats. The most critical factors are the rate of resource depletion and the ability to recover after a collapse. Reducing resource consumption may be no less important than protection from global catastrophes. The results are also applicable to the search for extraterrestrial intelligence: a low fill factor makes civilizations hard to detect, which may explain the cosmic silence.
The fate of a civilization isn't just a matter of luck or disasters. Scientists simulated a thousand years of history under ten different scenarios, accounting for resource consumption, governance, and random shocks. The key metric turned out to be the 'activity coefficient' – the fraction of time when a civilization is technologically alive. At best, this fraction nears 100%; at worst, it drops to 38%.
The key levers are the speed at which we deplete resources and the ability to preserve knowledge for recovery. Even a slight shift in these parameters stretches active phases over centuries. Here lies the answer to the cosmic silence: civilizations on planets around other stars (exoplanets) might spend most of their time in sleep mode. Their beacons rarely light up, and by the time a signal reaches us at the speed of light, they may have gone dark again. Radiation analysis must account for this intermittent pulse, or we risk missing even the closest voices in the galaxy. Enrico Fermi might be surprised: perhaps space isn't empty, but simply sleeping peacefully.
🎯 If the active phase takes up only 38% of the time, the chance of randomly hearing such a civilization is no higher than winning at roulette by betting on a single number.
🎬 In Isaac Asimov's 'Foundation,' mathematicians calculated the fall of the galactic empire and sought to shorten the dark ages – a task almost copied from this scientific model.