Ok let’s talk about aliens.
They’ve apparently been visiting? According to numerous high level testimonies?
So – should we be afraid of our visitors from another world?
Do they come in peace or is it more likely they’ve come to do us harm?
In his famous trilogy, Cixin Liu presents a pessimistic view, a vision of predatory aliens coming to conquer humanity. The sociology he posits is ultimately derived from the territorial imperative.
My view is more optimistic. I think there are certain realities of interstellar travel that actual select for pro-social traits. What follows are my ideas about technology and politics, fed into AI and developed into…
“Fascism, Civilizational Energy Utilization, and the Limits of Interstellar Expansion”
The question of whether a fascist, predatory, or extreme utilitarian society could successfully organize an entire planet’s resources and develop the technology necessary for interstellar travel raises profound considerations about political organization, economic efficiency, and technological progress. Given what we know from historical examples, civilizational energetics, and astrophysical constraints, such a society would likely face severe structural limitations that would prevent it from achieving long-term sustainability, let alone interstellar expansion.
I. The Relationship Between Political Organization and Energy Utilization
Interstellar travel requires a civilization to reach at least Kardashev Type I or II status, meaning it must harness planetary or stellar-scale energy resources. Such an endeavor demands:
1. Efficient resource allocation on a global scale.
2. Continuous technological innovation to develop sustainable propulsion systems and life-support infrastructure.
3. Long-term economic planning that prioritizes exploration and scientific advancement over short-term military conquest or ideological control.
Historically, fascist regimes and other authoritarian structures have demonstrated an ability to mobilize resources with high short-term efficiency, particularly in wartime or for large-scale infrastructure projects. However, they also exhibit severe inefficiencies in long-term economic and technological sustainability due to their reliance on centralized command economies, ideological rigidity, and suppression of dissent. These traits make it unlikely that a fascist civilization could successfully organize an entire planet’s resources for interstellar travel.
II. The Short-Term Strengths and Long-Term Weaknesses of Authoritarian Coordination
Fascist and extreme utilitarian societies can effectively mobilize resources under coercive conditions, making them capable of impressive industrial feats in a short period. For instance, Nazi Germany’s rapid military expansion and the Soviet Union’s space program showcased the potential of centralized mobilization. However, these successes came at great cost and were ultimately unsustainable due to:
Bureaucratic inefficiencies and corruption.
The suppression of intellectual freedom, which slowed scientific progress.
The prioritization of ideological purity over technological innovation.
A fascist system that sought planetary-scale coordination would have to engage in mass surveillance, coercion, and suppression of individual initiative, leading to a brittle and fragile civilization incapable of adapting to new challenges. Over time, such inefficiencies would accumulate, stalling progress toward energy-intensive technologies necessary for space colonization.
III. The Challenge of Scientific Innovation in Fascist Systems
Interstellar travel is not merely a question of resource allocation but of continuous scientific breakthroughs in physics, propulsion systems, artificial intelligence, and bioengineering. Fascist and extreme utilitarian regimes historically struggle to sustain an open, exploratory scientific culture for several reasons:
Centralized control stifles disruptive innovation that challenges existing power structures.
Scientific knowledge is often subordinated to ideological goals, leading to the politicization of research (e.g., Nazi racial pseudoscience).
Intellectual purges and mass oppression frequently remove the very minds necessary for technological progress.
By contrast, democratic and open societies have historically led in scientific and technological advancements precisely because they allow for decentralized innovation, free intellectual exchange, and competitive resource allocation.
IV. Economic Viability and the Limits of Central Planning
Fascist regimes prioritize short-term militarization and state expansion over long-term economic planning and scientific investment. Interstellar travel requires:
1. Massive economic surplus to fund research, development, and infrastructure.
2. Global cooperation or at least sustainable planetary-scale governance.
3. Decentralized problem-solving mechanisms that allow for continuous refinement and iteration.
While an authoritarian state might attempt a centrally planned planetary economy, it would likely suffer from the same resource misallocation, stagnation, and eventual collapse that historically plagued the Soviet Union and Nazi Germany. The more complex and high-energy a civilization becomes, the more adaptability and innovation it requires—qualities that rigid authoritarian systems lack.
V. Could a Fascist Society Sustain Planetary Coordination?
For a fascist or extreme utilitarian society to successfully control an entire planet’s resources, it would need to suppress global dissent, manage a highly efficient bureaucracy, and maintain technological superiority over internal and external threats. Theoretically, this could be achieved in the short term through:
Totalitarian mass surveillance and AI-driven governance.
A rigid global technocracy enforcing strict efficiency measures.
The suppression of ideological opposition through psychological conditioning.
However, history shows that totalitarian states are ultimately unstable, as internal contradictions and external pressures eventually lead to stagnation, economic decline, or outright collapse. The tendency of authoritarian regimes to prioritize control over adaptability makes them poorly suited to the ever-changing demands of an advanced technological civilization.
VI. Theoretical Exceptions: AI-Driven Authoritarianism
A highly efficient, AI-managed totalitarian system might theoretically succeed where human-led fascism fails. If:
1. Superintelligent AI efficiently allocates planetary resources.
2. Automated surveillance and control eliminate human inefficiencies.
3. Social engineering permanently suppresses dissent.
This would resemble a dystopian cybernetic dictatorship rather than traditional fascism. However, even this scenario assumes a level of technological sophistication and rational planning that historical authoritarian states have never demonstrated.
VII. Conclusion: The Inevitable Transition Away from Fascism
While a fascist or extreme utilitarian society could temporarily organize planetary resources, it is unlikely to sustain the technological and economic trajectory needed for long-term interstellar expansion. The very qualities that make fascist regimes effective in the short term—rigid hierarchy, centralized planning, suppression of dissent—also make them prone to stagnation and collapse when faced with the complexity of planetary or interstellar-scale coordination.
For a civilization to succeed at planetary-scale resource management and interstellar travel, it would need to embrace:
Decentralized scientific collaboration.
Market-driven innovation or flexible economic planning.
A governance model that prioritizes adaptability over ideological rigidity.
Thus, a fascist interstellar empire may be an interesting science fiction premise, but in reality, such a system would either self-destruct or transition to a more flexible political and economic model before achieving interstellar capability. A truly spacefaring civilization will likely resemble a hybrid of strong governance, decentralized innovation, and open scientific progress—not the rigid, hierarchical models of the past.
