Silver and Gold – Econlib

With the holidays fast approaching, what better way to get into the festive spirit than with classic Christmas movies and songs? And when it comes to Christmas songs, few are as iconic as Burl Ives’ rendition of “Silver and Gold” in the beloved film Rudolph, the Red-Nosed Reindeer. But have you ever wondered why we don’t use silver and gold for everything, given their beauty and unique properties?

Silver is known for its exceptional conductivity of heat and electricity, surpassing all other metals in this regard. So, why don’t we utilize silver for wiring in our homes or for making electric stoves? Similarly, gold, while less conductive than silver or copper, boasts valuable characteristics such as high ductility and resistance to tarnishing. It’s no wonder Burl Ives croons, “Silver and gold/Mean so much more when I see/Silver and gold decorations/On every Christmas tree.”

The decision on which metal to use for a specific task underscores the significance of prices and economic calculation. This also explains why most silver and gold ornaments adorning Christmas trees are typically artificial. The suitability of a metal for a particular application is context-specific. A quick search online reveals drawbacks of using gold for connectors that require frequent disconnecting and reconnecting. Despite its conductivity and malleability, gold’s softness compared to metals like chromium and nickel may not be ideal for applications like USB-C cable connections.

Some may argue against rising labor costs due to factors like minimum wage hikes, claiming that companies will opt for the best technology available. However, the concept of “best” is contingent on prevailing prices. Look around your workplace – do you see cutting-edge supercomputers at every desk? Likely not, as not every task necessitates the computing power of systems like the Frontier at Oak Ridge National Laboratory.

At the core of this issue lies the Great Economic Problem. The market functions as a dynamic exchange of ideas and preferences among individuals, rather than a simple computational puzzle. When economists like Ludwig von Mises and F.A. Hayek critiqued economic planning under socialism, they highlighted the epistemic challenges of rational economic calculation – a task not solvable by even the most powerful computers.

Resources possess alternative uses, and the competitive nature of free markets allows for the efficient allocation of resources based on dispersed knowledge. The choice of metal for an electrical connection is influenced by societal preferences for jewelry and cookware. Should advancements in mining technology lead to a surplus of gold, we may envision a future where robots prepare meals in gold and silver cookware before adorning Christmas trees with silver and gold decorations.