Nuclear History, Cellular Biology, and the Cold War Space Race
The Historic Deployment of Nuclear Weapons
The first and, to date, only military deployment of nuclear weapons occurred in August $1945$.
The United States military detonated nuclear bombs on two Japanese cities: Hiroshima and Nagasaki.
President Harry Truman made the decision to deploy these weapons. He had recently succeeded Franklin Delano Roosevelt (FDR) after the latter's death earlier that same year.
The primary motivation for the deployment was the Japanese refusal to surrender despite repeated threats from the United States government and military.
The Origins of Nuclear Development: The US-Nazi Race
The development of nuclear technology began as a race against the Nazi regime in Germany.
Adolf Hitler was extremely close to developing a nuclear weapon; his scientists were making "extraordinary progress" at a very high speed.
The US philosophy was that they could not allow the Nazis to possess such technology without having a deterrent of their own.
A primary reason Hitler failed to beat the United States to the bomb was his own anti-Semitism. He frequently dismissed prominent scientists for the "crime" of being Jewish.
If Hitler had not purged Jewish scientists from his research teams, it is highly probable the Nazis would have developed the weapon long before the United States.
The Three Zones of Impact in a Nuclear Blast
The deployment of atomic bombs in $1945$ served as a grim experiment for the world, revealing short-term and long-term effects previously unknown to science.
The First Layer (Immediate Blast Zone): Residents directly underneath or within a very close radius of the bomb are vaporized instantly. This death is described as quick and painless; the individual is literally turned into vapor in a second.
The Third Layer (Outermost Zone): Individuals at a safe distance may experience minor radiation exposure. They might get sick temporarily or develop a long-term illness $10$, $20$, or $30$ years in the future, but they generally survive the initial event.
The Second Layer (Middle Zone): This is considered the worst place to be. Individuals in this zone do not die instantly but are doomed to a slow, agonizing, and inevitable death from radiation poisoning.
Biological Effects: DNA and Cell Replication
Nuclear radiation is unique because it has the power to alter the body's DNA (the acidic structure in cells that defines individual identity).
Radiation poisoning kills the DNA in every cell of the body. While the person remains alive initially, they cannot replicate any of their cells.
Natural Cell Cycle: Every human loses approximately $1,000,000$ cells per second. These are normally replaced immediately by a reserve of new cells.
The 7-Year Body Cycle: Every $7$ years, an individual has a completely different body than they did before. Every single cell, including those in bone and hair matter (which take the longest), is replaced over this period.
Imbalance in Replication: - If the body produces more cells than die off, it creates tumors or cancer. - If the body produces fewer cells than die off, it leads to organ failure and muscle degradation.
The Metaphor of the Copy: Why Radiation and Aging Kill
Cell replication is a process of making a "copy of a copy of a copy," rather than copying from an original source.
The Screenshot Metaphor: When you take a screenshot of a screenshot repeatedly, the image loses resolution and becomes blurry. Similarly, as cells replicate over trillions of cycles, they accrue mutations and the quality of the "copy" degrades.
Telomeres: These are structures on the ends of chromosomes likened to the "little plastic bits on the ends of shoelaces." They prevent chromosomes from fraying. Each replication cycle causes damage to the telomere.
Radiation Impact: Exposure to nuclear radiation catastrophically speeds up the damage to DNA and chromosomes beyond what would naturally occur over a lifetime.
The Physical Horror of Radiation Poisoning
Skin and Exfoliation: Healthy skin cells are constantly shed and replaced. In severe radiation poisoning, all DNA in the skin cells dies. As the dead skin is naturally sloughed off, there are no new cells to replace it. The skin eventually falls off the bone in an extraordinarily painful process.
Sunburn Comparison: The sun emits nuclear radiation. A peeling sunburn indicates that the DNA in those skin cells has died and cannot replicate. If a sunburn causes vomiting, the body is attempting to pull radiation into the stomach to expel it.
Organ Failure: Organs rely on constant cell replacement. Without DNA to guide replication, organs literally rot while the person is still alive.
Palliative Limits: In cases of extreme radiation poisoning, even the strongest painkillers like morphine cannot fully alleviate the agony because the internal organs are deteriorating.
Case Reference: A Japanese power plant worker was famously kept alive for $80$ days in a hospital despite begging for death; doctors were unable to reanimate his dead cells.
Intergenerational Warfare and Environmental Runoff
Nuclear weapons are "intergenerational weapons" because they alter DNA in a way that is passed down to descendants.
Many survivors did not realize they were affected until they had children born with gruesome birth defects, including missing limbs, missing eyes, missing organs, or webbed nostrils and skin.
Nuclear Runoff: Radiation is absorbed into clouds, resulting in nuclear rain. This contaminated rain enters the ocean and groundwater, affecting the entire food chain, including marine life and vegetation.
Pop Culture and the Language of Nuclear Anxiety
Following $1945$, the fear of nuclear radiation manifested in mid-century cinema as metaphors for biological distortion: - Godzilla ($1954$): Encapsulated fears of a new, mutated species or a reanimated ancient creature created by nuclear activity in the water. - Creature from the Black Lagoon: A humanoid, "mutated human" figure that suggested the terrifying possibility of what humans or their children could become. - The Blob: An amorphous, sentient-less, virus-like entity that "infects" and dissolves people. It represented the stealthy, invisible nature of radiation that can squeeze through vents—you can run, but you cannot hide.
The Cold War, Science, and Student Loans
To combat the threat of nuclear technology, the US government decided to "fight science with science," pouring hundreds of millions of dollars into research.
Federal Direct Student Loan Program: This program originated from the need to produce more American scientists to compete with the Soviet Union during the Cold War. Because college was unaffordable for many, the government began providing loans.
Tuition Inflation: Universities realized that since the government was providing guaranteed loan money, they could raise tuition rates indefinitely. This led to the explosion of college costs (e.g., from a private college costing $3,000$ in $1973$ to modern rates).
Beneficial Radiation: Research eventually led to positive applications, such as using radiation to destroy cancer, CAT scans, MRIs, and dental X-rays.
The Space Race and Surveillance
The Space Race between the US and the Soviets was not merely a matter of ego; it was a tactical competition for orbital surveillance.
Sputnik ($1957$): The Soviet Union launched the first artificial satellite. It orbited for $2$ to $3$ months, recording and transmitting signals back to Earth.
This event terrified the United States, proving the Soviets could surveil them from space, leading to intensified technological competition.
Anti-Soviet Propaganda in Media
American pop culture, including cartoons for children, launched attacks on Russian and Soviet identity.
Programs like Rocky and Bullwinkle featured Soviet-coded villains (Boris and Natasha) to depict the Soviets as thieves and enemies of American values, specifically targeting the conflict between communism and capitalism.
Questions & Discussion
Student Question: Isn't it true that producing too many cells creates cancer?
Professor Response: Yes, an overabundance of cells creates tumors. You need the right balance; too many leads to cancer, too few leads to organ failure.
Student Question: Can you get gray hair from stress, or just aging?
Professor Response: Research shows an inconclusive link, but stress is likely a component. However, the primary cause is the damage to melanocytes over trillions of copy cycles.
Student Statement: I could take the Creature from the Black Lagoon in a fight. Humans are from monkeys and monkeys are violent. What is a fish going to do against me?
Professor Response: It is a "fish-man" thing. If it is adapted for fighting and has been in "fish wars," it might be a hard pass. I'm bringing you on the boat next time.