Scientism is the belief in the universal applicability of the scientific method and a scientific worldview to solve all human problems, including social, political, and even moral dilemmas.
Emerging prominently in the mid-20th century, particularly during the Cold War, this approach holds the Atheistic belief that rigorous, mathematical, and data-driven analysis can bring understanding, order and control to complex, uncertain situations.
Its adherents often displayed an optimistic, utopian faith in the ability of knowledge and reason to transform the world for the better.
#### Origins in the Cold War
The conclusion of World War II inaugurated an era overshadowed by a strange partnership between science and fear.
The creation of Atomic Weapons by scientists introduced a threat capable of global destruction.
Following this, a group of individuals convinced of their ability to control this new danger began to gain influence in America. Their opportunity arrived dramatically on 4 October 1957, when the Soviet Union launched Sputnik, the first artificial satellite.
This event shattered the American perception of the Soviet Union as a backward power, revealing them as a formidable adversary in space and capable of posing a direct threat to American soil. This shift created a sense of extreme vulnerability, as existing military strategies offered no defence against potential nuclear warheads delivered from outer space.
#### The Rand Corporation and Systems Analysis
In response to this perceived vulnerability, American politicians and military leaders turned to scientists at institutions such as the RAND Corporation, established as the first scientific think tank. Funded by the Air Force but staffed by young academics,
Rand became a focal point for applying the scientific method to national defence and security issues, aiming to bring the Cold War under America's control. These experts, often mathematicians, economists, and political scientists, converged in Santa Monica, California, to address the future of American security in the nuclear age.
Their core approach was systems analysis, involving the creation of enormous mathematical models, calculable thanks to the advent of high-speed computers. This method assumed that the world could be understood, calculated, and predicted through the meticulous piecing together of various disciplines and their inputs.
A cornerstone of their predictive framework was Game Theory, developed by mathematician John Von Neumann, who had observed poker games and discerned how each player's strategy depended on the rational actions of the other side.
A central tenet of game theory in this context was the assumption of the rational actor.
It presumed that all players, including adversaries, would make rational choices to optimise their outcomes. This paradigm led to a disregard for historical precedents, with proponents arguing that the unique circumstances of the nuclear age - two hegemonic powers with roughly equal nuclear capabilities - rendered past conflicts irrelevant.
Instead, they focused on understanding enemy behaviour through indirect information, even extending to the study of Soviet attitudes to authority by anthropologists.
#### The Delicate Balance of Terror
The application of these theories transformed the Cold War from a political conflict, potentially resolvable, into a mechanical system governed by rational laws, where the strategist's role was to maintain equilibrium.
A key figure in this development was Albert Wohlstetter, a mathematical logician at Rand, who theorised that the system of conflict was dangerously unstable. He contended that the Soviet Union might attack not out of desire but due to the rational logic of the system forcing a pre-emptive strike.
Wohlstetter's solution was to design a posture that would render an adversary's attack irrational from their own perspective. This led to the creation of familiar icons of the nuclear age, such as protected missile silos underground and bomber fleets in the air 24 hours a day under a failsafe system.
This strategy aimed to convince the Soviets that America would always retain sufficient missiles for devastating retaliation, thus stabilising what Wohlstetter termed the *"delicate balance of terror"*. This implied that while the enemy was dangerous, they were fundamentally rational, not a satanic monster requiring destruction.
Nuclear weapons, in this framework, were perceived as a purely theoretical weapon, their actual use being practically unfeasible due to the certainty of mutual destruction.
#### The Cuban Missile Crisis: A Test of Theory
The Cuban Missile Crisis in October 1962 represented what strategists believed to be a perfect test for their theories. Faced with Soviet nuclear missiles in Cuba, JFK's cabinet convened, with discussions recorded on tape, revealing a belief that the crisis was a game of bargaining.
However, confronted with the reality of potential action, they found themselves uncertain of the enemy's response, or even their rationality. Despite the elaborate plans proposed by the strategists, Kennedy ultimately bypassed the concept of controlled nuclear war. Instead, he issued a direct threat: any single missile launched from Cuba would trigger retaliation with America's entire arsenal.
This outcome demonstrated that the Cold War fundamentally operated through fear, not reason, causing disappointment among strategists who favoured a more "rational approach to deterrence".
#### Expansion to Social Engineering and the "Great Society"
Despite the setback in Cuba, the influence of strategists persisted, as politicians found their rational approach irresistible.
This belief in scientific means to solve political problems evolved into a substitute for religion, seen as a powerful force to master all aspects of society.
In 1964, President Lyndon B Johnson, inspired by the perceived success of systems analysis in military problems, promised a new approach to government aimed at solving deep-rooted social issues like poverty. Systems analysts from Rand and The Pentagon became "apostles of rationality," applying their techniques to civilian problems with the conviction that these were solvable.
This period also saw the rise of Futurists, intellectuals who used panels of experts and simulation exercises—often resembling games of chance—to estimate the numerical probability of 21st-century developments, from personality control drugs to household robots.
This approach, while seemingly sophisticated, often obscured its inherent limitations, with some critics suggesting that such quantitative measures failed to capture the full spectrum of human well-being, focusing solely on material indicators.
#### Vietnam: The Limits of Rational Management
The Managerialism and scientific approach reached its zenith during the Vietnam War, with McNamara's "whiz kids" attempting to manage the conflict through rational, scientific methods.
In the absence of clear territorial objectives, success was quantified through statistics such as body counts, missions flown, bomb tonnage, and enemy structures destroyed. This reduction of complex human conflict to quantifiable numbers often obscured the reality on the ground, creating a picture 180 degrees removed from reality.
The reliance on flowcharts and algorithmic thinking, akin to industrial process management, aimed to reduce intelligence to straightforward steps, though it could not replace human leadership or decision-making in unpredictable environments.
The perceived failure of this hyper-rational management in Vietnam, epitomised by Robert McNamara's resignation, contributed to a growing disillusionment with science as a panacea. Protest movements targeted think tanks like the Hudson Institute, challenging their role in propagating the war. Critics contended that the scientific approach had been corrupted to create a fiction, serving to preserve political power rather than uncover truth.
#### From Science to Science Fiction: Star Wars
By the mid-1970s, the Mutually Assured Destruction (MAD) doctrine, which had underpinned nuclear deterrence, seemed to have become an end in itself. When Ronald Reagan became President in 1980, he sought a more active defence against Soviet missiles, which led to the Strategic Defense Initiative (SDI), popularly known as "Star Wars".
This ambitious project, advocating a defensive missile shield in space, was notably championed by Edward Teller, the inventor of the hydrogen bomb.
Despite dramatic televised tests of high-powered lasers, the technology faced serious problems and fundamental failures in its ability to be weaponised. Teller's glowing reports to government officials, claiming a single X-ray laser module could destroy the entire Soviet land-based missile force, were later seen as "absolute blithering nonsense" and a "corruption of science technology to promote a fantastic idea that could not ever work".
While some later claimed that the true intention of Star Wars was to bankrupt the Soviet Union, it is generally acknowledged that the program had little bearing on the USSR's eventual collapse.
#### The Rise of Ecology
Paralleling these developments, the science of ecology began to gain prominence. While traditionally a modest scientific backwater focused on the mutual dependence of natural inhabitants, it became a powerful tool for environmental advocacy.
Rachel Carson's 1962 book, Silent Spring, which highlighted the concentration of pesticides like DDT in larger animals, ignited public outcry and launched a legal challenge against chemical companies. The battle against DDT was ultimately won through evidence of its presence in humans, although its primary threat was identified as its capacity to destroy the natural ecological system and potentially lead to the collapse of the human species.
Ecology was thus transformed by social and political pressures, evolving into a moral and spiritual guardian for a new view of humanity's relationship with nature. Proponents of this new perspective, like Paul Ehrlich, also cited Darwin's laws, not to justify conquering nature, but to argue for cooperation and adherence to nature's inherent laws.
This shift reflected the idea that scientific theories are not fixed but become cultural property, usable for different interested parties to derive moral lessons and social ideals.
#### Conclusion
The era defined by the belief in scientism, from the end of World War II to the collapse of the Soviet Union in 1989, was a period of perceived simplicity, frozen by the deadlock between two superpowers. The optimistic faith that political problems could be solved through the systematic application of scientific knowledge, devoid of God, proved to be an illusion.