Page 58 - 2022-2023 Creative Writing

Nuclear Power

The power of science, as illustrated by movies like Oppenheimer and historical incidents like Nagasaki,
Hiroshima, and Chernobyl, can be both constructive and destructive. Nuclear power, in my view, is the most

significant invention that links science and history.

Nuclear power plants reportedly have the lowest discharge compared to other energy-producing facilities,

such as coal-burning power plants that emit greenhouse gases. They only release radioactive waste, which

can be processed and reused. Furthermore, nuclear power is the most efficient way of producing energy,

as the collision of two atoms releases more energy than coal burning. This results in highly concentrated
energy, comparable to the power of a nuclear bomb.

Another crucial aspect to consider is the carbon footprint. Nuclear plants do not emit carbon, which is

often overlooked. The carbon footprint, which measures the amount of carbon produced and released into
the environment, contributes to air pollution, global warming, and damage to the ecosystem surrounding the

plants.

However, history has shown us the destructive potential of nuclear power. A small error can lead to mass

destruction equivalent to an atomic bomb. Even in the medical field, overexposure to radiation during

procedures like MRAs can be fatal for patients. Additionally, the cost of running a nuclear power plant is
high, requiring top-grade radioactive materials and highly skilled nuclear physicists.

In conclusion, the power of nuclear energy is immense and holds great potential for efficient energy

production. However, the destructive effects it can have when mismanaged serve as a reminder of the
need for stringent safety measures, careful handling, and responsible usage. The benefits and dangers of

nuclear power make it a compelling topic in the intersection of science and history, and its proper use and

control will continue to be a critical issue in the future.

12A Binderya