Abstract

Human society has been trapped in the "Great Silence" for thirty years. The results of quantum simulations are unambiguous: within the computationally accessible span of centuries to tens of thousands of centuries, no new technology will emerge. Hedonism and eschatology have spread in its wake, accelerating the death of technology in turn. This paper attempts to explain the causes of "Social Development Determinism" from an information-theoretic perspective and to identify a path toward breaking the "Great Silence."

Introduction

Four centuries ago, the psychohistorian Hari Seldon introduced thermodynamics into social prediction: the motion of individual particles is indescribable, yet the macroscopic behavior of vast ensembles can be predicted with statistical precision. Building on this foundation, Hououin Kyouma proposed the "Worldline Convergence Conjecture" — given initial conditions, the trajectory of macroscopic development is deterministic. A series of subsequent discoveries indirectly confirmed this conjecture, collectively codified as "Social Development Determinism": the first extraterrestrial life, discovered in the twenty-ninth century, exhibited a physiology strikingly similar to that of Earth organisms; by the close of that same century, rigorously controlled experiments demonstrated that human individuals raised in identical environments converged in their adult outcomes. At the beginning of this century, breakthroughs in quantum computing rendered universe-scale simulation feasible. Millions of repeated simulations aligned closely with determinism — and every one pointed toward the same endgame: the "Great Silence." Yet why worldlines converge has never received a convincing explanation. This paper presents a statistical analysis of millions of past simulations, attempting to provide an answer from an information-theoretic perspective.

Data

This paper takes the emergence dates of key technologies as its core metric. Under determinism, the same technology should appear at roughly the same time across different worldlines. The simulation data, however, paints a different picture. Early technologies such as fire and pottery not only varied enormously across regions within a single simulation, but their cross-simulation fluctuations reached approximately 150,000 years. The earliest society to master fire dates to 5 million BCE — a full 3.6 million years ahead of our own worldline. In that worldline, an ancient ape witnessed lightning strike a tall tree and inadvertently roast a wild boar. The aroma of cooked meat led it to regard the lightning-killed game as a divine gift, and the clan instituted a ritual of offering prey beneath tall trees. Hundreds of thousands of years later, their descendants discovered that embers at the margins of burn zones could be rekindled through rubbing or striking — and a stable fire source was thus secured. Even the latest worldline to master fire was not far behind: by 150,000 BCE, ninety-nine percent of simulated societies possessed a stable fire source. From this follows the first corollary: the probability of a technology being discovered increases significantly with time.

Thereafter, technological development accelerated exponentially — precisely as the ancients' "Singularity Theory," born of naive observation, had foretold. That theory was falsified over the centuries that followed, and the "Great Silence" buried it for good; yet in the twentieth century of its birth, it did accord with people's intuitions. Setting aside the rate of acceleration, however, the dispersion in the emergence dates of key technologies has steadily narrowed: the time window for iron smelting spanned 9000 BCE to 2000 BCE, with a standard deviation of approximately 1,000 years; gunpowder, 1st century BCE to 15th century CE, standard deviation ~200 years; classical mechanics, 10th to 17th century CE, ~100 years; quantum mechanics, 16th to 22nd century CE, ~80 years. Since the 22nd century, the standard deviation has fallen below one year. The advent of quantum simulation at the dawn of this century drew a final line beneath millions of years of technological ascent — no new productive technology has emerged since.

The contraction of variance has not been smooth and continuous, but punctuated by discrete jumps. Each significant drop in variance corresponds almost exactly to a breakthrough in information technology — numeracy, language, writing, the printing press, electricity, radio, artificial intelligence, brain-computer networks, and the "Sea of Consciousness." Statistics show that advances in information technology account for more than fifty-five percent of the variance in technology emergence dates. This hypothesis had been advanced over the past few centuries, but quantitative verification was only made possible once large-scale quantum simulation enabled cross-worldline statistical testing.

Mechanism

The mechanism traces a clear causal chain: each time information technology connects a new population, the dissemination of information and the iteration of technology accelerate by another increment. This is consistent with the exponential growth of productivity — before interpersonal networks are fully connected, complexity rises exponentially with the number of connections. But the cost is equally unambiguous: comprehensive information connectivity drives heterogeneous populations toward homogeneity, and the uncertainty surrounding technological pathways diminishes accordingly.

This resolves an apparently paradoxical fact: how exponential technological evolution and technological stagnation can coexist. Within a highly homogenized population, individual thought converges toward an averaged, "complete" form. What perishes alongside technology is artistic creativity. Psychiatric hospitals vanished entirely one hundred and fifty years ago.

The wellspring of creativity lies in "ignorance" and "stubbornness." Information technology has eliminated the ignorant — when every question admits an easily accessible and seemingly correct answer, no one is moved to imagine an alternative.

Information has likewise eliminated the stubborn. Research conducted ten centuries ago already established that humans possess no inherent values — it is the information they receive that shapes their values. When everyone receives the same information, stubbornness naturally vanishes.

Conclusion

Why, then, do I still write this paper? The instant these thoughts surfaced in my mind and I resolved to make them public, the "Sea of Consciousness" had already synchronized them to every single person. I have nevertheless chosen to use writing — this archaic medium — to set them down, and to submit my recommendation:

We must voluntarily sever our connection to the "Sea of Consciousness" and return to inefficient, imprecise, ambiguous modes of communication. Let every person become incomplete, become slow, become different.

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[Archive Record 10.201.330.102]

This document was created by Citizen Socrates No. 7983 on May 26, 3145.

Whereas the ideas presented herein are highly redundant with existing records, and the third phase of quantum simulation experiments has confirmed that — owing to their greed for and inertia toward information — individuals disconnected from the "Sea of Consciousness" universally experience a sense of abandonment upon losing full connectivity, with suicide rates approaching one hundred percent, rendering the proposal sociodynamically infeasible: this document fails to provide novel insight into breaking the "Great Silence" and is denied inclusion in the main database. It is hereby archived.

Whereas citizens bearing the name "Socrates" universally exhibit traits of deep reflection and mild stubbornness, they are nevertheless deemed to possess high breakthrough potential. The Committee will maintain observational records and consider initiating a new round of information-shielding experiments.