This is the "alchemist’s dream" come true—the conversion of one chemical element into another through nuclear reactions, such as fission (splitting atoms) or fusion (joining atoms).
While often used interchangeably, and Nuclear Chemistry are two sides of the same coin. Both deal with the nucleus of the atom—the tiny, dense core that holds the vast majority of an atom's mass and energy—but they approach it from different angles. 1. Nuclear Chemistry: The Study of the Nucleus Radiochemistry and Nuclear Chemistry
By controlling fission reactions (usually with Uranium-235), we generate massive amounts of heat to produce electricity without carbon emissions. 2. Radiochemistry: The Chemistry of Radioactive Materials This is the "alchemist’s dream" come true—the conversion
Nuclear Chemistry is the subfield of chemistry that focuses on the changes in the nucleus itself. In traditional chemistry, atoms swap or share electrons to form bonds, but the atoms themselves remain the same (e.g., carbon stays carbon). In nuclear chemistry, the atoms actually change. treat the untreatable
The Invisible Power: An Overview of Radiochemistry and Nuclear Chemistry
Nuclear chemistry seeks to understand the fundamental laws of the nucleus, while radiochemistry applies those laws to chemistry and biology. Together, they allow us to see the invisible, treat the untreatable, and power the future.
Scientists can replace a stable atom in a molecule with a radioactive one. Because the radioactive atom "glows" (emits signals), they can trace exactly how a drug moves through a human body or how a plant absorbs nutrients from the soil.