Technology and Ethics: From the Atomic Bomb to Bioengineering

The Manhattan Project and the Responsibility of the Scientist

On August 6, 1945, an atomic bomb exploded over Hiroshima: about 80,000 people died instantly, tens of thousands more perished from radiation sickness. The Manhattan Project—the largest scientific and technological enterprise in history—created a weapon that changed the nature of war and the world order.

Robert Oppenheimer, the “father of the atomic bomb”, after the Trinity test (1945), recalled a line from the Bhagavad Gita: “I am become Death, the destroyer of worlds.” Later, he said that scientists had “known sin”—becoming accomplices in mass destruction.

This raised the question of the scientist’s responsibility: is a nuclear physicist responsible for the application of his discoveries? Arguments in favor: knowledge is created intentionally, scientists can foresee possible applications, their participation is irreplaceable—therefore, they have moral authority and responsibility. Arguments against: the scientist is responsible for the truthfulness and accuracy of his science; application is the domain of politicians and the military; without the participation of conscientious scientists, the weapon will be created by less ethical agents.

The Pugwash movement (1957)—nuclear scientists, including Einstein and Russell, who took on responsibility for publicly warning of the dangers of nuclear weapons. This is a precedent: scientists can and should participate in public discussion about the consequences of their discoveries.

Technological Determinism and Its Alternatives

Technological determinism: technology develops according to its own logic and determines social development. “If it can be done—it will be done.” The rifle created warrior societies; the printing press created the Reformation; the internet created a new type of publicity.

Social constructivism: technologies are not determined—they are the result of social choices, political decisions, economic interests. Why did the automobile, not the bicycle, become the dominant mode of transportation in the USA? This is due to political decisions about infrastructure, not technological inevitability.

The truth is somewhere in between: technologies open new possibilities and create new limitations, but society makes choices within these possibilities. The atomic bomb did not inevitably lead to atomic war. The internet did not inevitably lead to fake news. But they created conditions that made these outcomes possible.

Bioengineering and the Future of Humanity

Synthetic biology, CRISPR, neurointerfaces, creation of artificial organs—these are technologies that make possible what was previously only science fiction. This creates ethical questions no less acute than nuclear physics.

Transhumanism: technology should be used for radically enhancing human abilities—cognition, health, longevity, emotional states. Nick Bostrom: there is no moral meaning in “natural” limitation if it can be overcome.

Bioconservatism: Leon Kass, Michael Sandel—transhumanist enhancements threaten the “gift of imperfection”, human dignity, concepts of merit and chance on which morality is built. If parents can “order” a child with a high IQ—the meaning of upbringing, love, acceptance changes.

This is not an abstract debate: by the 2040s, germline editing, neurointerfaces like Neuralink, longevity through gene therapy will become real technological possibilities. Ethical foundations for regulation must be developed in advance.