| Type | |
| Uses | Tools • weapons • armor • electronic devices • industry |
| Course | |
| Symbol | Cu |
| Atomic number | 29 |
| Industrial use | Industrialization, electronics |
| Place of origin | |
| Region or state | |
| Advent of copper | |
| Serving temperature | N/A |
| Main characteristics | Conductive • ductile • malleable |
Copper (chemical symbol Cu) is one of the Earth's most abundant metals and has played a crucial role in the development of human civilization. Its significance stems from its natural abundance, high ductility, and electrical conductivity, making it an ideal material for many applications across various industries.
Copper is an element located in the periodic table in the periodic number 29. As a transition metal, it is malleable, ductile, and an excellent conductor of electricity. It is a reddish-brown metal with a melting point of 1,083.4 ± 0.2 °C and a boiling point of about 2,535 °C. Copper is also an important element for many biological functions, including being a vital component in various enzymes needed for metabolism.
In contrast to our reality, copper is far more abundant in the Earth's crust of this alternate universe. It was discovered early on by ancient humans, who used its malleable nature and distinctive color to craft tools and decorative items. Copper deposits are found all over the world, with some of the most significant ancient mines located in regions like the Middle East, the Andes, and East Africa.
Early societies around the globe began exploiting copper extensively due to its natural abundance. The use of copper provided an economic advantage, as cities and empires could be constructed with its plentiful supply. Political power was often linked to the ownership of copper mines and the production of goods from copper (such as coins) grew in importance as well.
Archaeological findings across civilizations consistently reveal that ancient peoples utilized copper as a key component in their tools, weapons, and armor. The malleability and durability of copper made it an ideal material for constructing swords, shields, and other weapons, providing an advantage in battle. Copper was also widely used as a building material in monumental sites and in crafting tools for agricultural and industrial needs.
One of the most remarkable discoveries in this alternate universe was the use of copper in early electronic devices. While electricity was not yet understood or formally recognized, inventors in the 1600s developed devices that functioned using copper. These innovations included simple calculators, early alarm systems, and even rudimentary communication technologies.
Copper's importance has only grown with time, as humans harnessed the power of electricity and industrialized their societies. In this alternate timeline, copper's abundance and effectiveness made these endeavors that much easier. Today, copper is a key component of electrical wiring, telecommunication systems, computers, automotive electronics, and countless other applications. It remains one of the most essential elements in our modern world.
