Gold and silver are often seen as archaic relics of wealth and luxury, but they’re as essential to the technological future as they were to the pharaohs of the past. In fact, the same gold that adorned ancient Egypt as a symbol of divine wealth and prosperity is now embedded in the microchips that allow us to communicate at light speeds. Contrary to popular belief, these precious metals aren’t just for currency in a Mad Max-style apocalypse. They are actually the key components of the cyberpunk dystopia as well. Today we are going to provide a bullish case for gold and silver unlike any that you’ve ever heard before.

As preppers, we all know the value of silver and gold. But there’s other exceptional properties to these precious metals that are not often discussed, and that’s why we decided to make this presentation for you today. Enjoy! Precious metals have cosmic origins. These metals came to earth through meteorite bombardments, becoming deeply embedded in the planet’s crust over geological timescales. It really makes me wonder, would civilization have emerged at all? Hadn’t there been a unique properties of gold and silver that make it such an ideal monetary medium and provide the basis for all of our specialized and dynamic systems of trade? Gold has captivated civilizations for over 5,000 years.

In ancient Egypt, it was revered as the flesh of the sun god Ra, symbolizing eternal life. Pharaohs hoarded vast reserves equating its incorruptible nature with divinity. And Rome advanced this tradition, using gold for trade, jewelry, and practical items, solidifying its cultural and economic importance. Silver too has been treasured throughout history. First mined in Turkey over 5,000 years ago, it adorned jewelry, tableware, and religious objects. Ancient Greeks favored silver for currency and also discovered its antibacterial properties. They used it to preserve water, wine, and vinegar. For millennia, gold served as a standard for currency, from coins to paper money that was backed by the gold standard.

Only recently have monetary systems shifted to fiat currency, largely unlinked but nonetheless tethered in some way to physical commodities. This transition, coupled with inflation and a weakening dollar, has driven up gold’s value, reinforcing its status as a safe haven during economic uncertainty. Gold and silver are also incredibly rare. It’s estimated that there’s only around 50,000 tons of gold left in the ground, and only a certain amount of that is obtainable with conventional extraction methods. And of course, it comes at an increasing cost to extract. The return on the mining investment becomes less and less.

The situation is such that at the current rate of extraction and assuming that there are no new major gold deposits discovered, most gold will be mined within the next decade. Now imagine how valuable of a commodity it will be when we cross that point of no return. Especially when you consider that without gold and silver, man has no technologically advanced future. Now let’s talk about gold’s uses in technology, and why in almost every area of technological advancement, gold is a quintessential ingredient. Gold is a highly valued substance because it is a good conductor of heat and energy, and it’s extremely malleable, making it the perfect substance to be used to form key components of electronics like our computers and our cellphones.

It’s incredible that these precious metals that were sought after by every human civilization that came before us are now present in all of our smartphones. Not only is it revered for its appearance, it also doesn’t rust, tarnish, or dull over time, allowing it to be used through the ages. Gold that has been found sitting on the ocean floor for millennia will be just as good as the day that it went in. Unsurprisingly then, it’s an indispensable component of nearly all modern electronics. Space exploration is made possible because of gold. Due to its unique properties, its non-corrosive nature and high conductivity make it essential for connectors, switches, and wiring which are used in spacecraft.

Its reflective capabilities enhance solar panels, and its infrared reflectivity is crucial for space exploration. This is the case with the James Webb Space Telescope, the most advanced telescope ever created by man. It is coated in gold to maximize mere efficiency. Even astronauts’ visors are coated in gold for shielding from dangerous radiation. Engineers will even use thin layers of gold to plate space aircraft surfaces. This is to provide the vessel with resistance to wear and corrosion. The use of gold in satellites is also very important, not only because it protects from radiation in high conditions, but also because it determines the chance of any electrical interference to occur within the satellite.

Just think, could the pharaohs who hoarded gold have ever known that someday this treasured substance that came from space would also be used to peer back deep into the heavens once again? As technology evolves, many tech companies will see the demand for gold rising. Gold’s advanced GPU microchips. The demand for gold will continue to increase as tech companies push the limits of what can be stored on a single microchip as we advance through this technological age. And perhaps ironically, thanks to its exceptional conductivity, gold is utilized in components for cryptocurrency mining hardware as well.

And of course it is this very software that is dependent on the conductive properties of gold that will give birth to artificial intelligence. Neuralink, an American company that focuses on neurotechnology, continues its research into brain to machine communication. The company has created probes made from biocompatible material, each with a thin layer of gold or a platinum conductor. These probes are meant to be inserted into the brain in order to read and interpret brain signals in order to develop a better understanding of neurological conditions, enhance human cognition, and to achieve a symbiosis between humans and artificial intelligence.

While American companies focus on how gold can be used in conductors for neurotechnology, other countries like China are using gold to replace damaged neurons in the body. Researchers from China were able to partially restore the sight of a blind mouse by replacing the damaged photoreceptors inside the mouse’s eyes with nanowires that were made of gold and titanium. Part of the reason why gold is so ideal for these invasive technologies is not only because it doesn’t corrode, but it’s also non-toxic. It really is the element of the gods. To prove that gold is at the forefront of every human technological endeavor.

A recent breakthrough in nanotechnology introduced goldene. This is a single-atom thick gold material. With its enhanced surface area and reactivity, goldene shows immense promise in environmental applications such as pollutant absorption and hazardous material breakdown. Now silver might not be as incorruptible as gold, but it’s still a metal that is least likely to fade, tarnish, or break down, which makes it nearly as valuable. Silver also has the highest conductivity of any metal, which makes it the cornerstone of modern technology. Silver’s anti-corrosive properties make it the perfect material to be used for circuit boards, connectors, semiconductors, all the key components of our smartphones, computers, virtual reality headsets, and even other wearable tech.

It can boost the efficiency of solar panels and is essential for hydrogen fuel cars and electric vehicle batteries. Silver’s antimicrobial properties remain invaluable in medicine, from treating burns to combating antibiotic resistant bacteria. Photovoltaic panels are one of the main uses of silver as countries continue to explore renewable energy options. The solar cells and solar panels use silver paste in order to conduct electricity efficiently, allowing our electronics to stay powered even when the grid goes down. So not only will silver be currency in a Mad Max world, it’ll also power your solar panels.

Now in terms of electric vehicles, the demand for silver is anticipated to rise as tech companies push forward in developing more sustainable and long-lasting batteries. For example, Samsung has created a silver-based solid-state battery for EVs, offering an impressive 600-mile range per charge. It has a 20-year lifespan and the ability to fully recharge in just nine minutes. In terms of its medical applications, silver ions are essentially poisonous to bacteria, which is why silver is so highly valued in the medical world. Because of its antimicrobial nature, silver nanoparticles are often woven into medical apparel like blankets, curtains, and bandages in order to kill harmful bacteria on contact.

Silver is even used to coat medical devices in order to avoid device-related infections to patients, as well as it’s commonly used in dental care to prevent cavities and even gum disease. It’s no surprise then that despite the price of silver being remarkably low for the past 10 years, the demand has typically always exceeded the supply. This had led some to believe that the silver markets are in fact somewhat manipulated. 21% for all of the gold accounted for is held by central banks, and about 23% is utilized for investment purposes by individuals and private bullion stackers.

Around 6% of the gold is used for technology as of now, but statistics have shown that the industrial demand for gold is on the rise, fueled of course by all of the aforementioned technological innovations. Many of gold’s modern applications have only been developed within the last two to three decades, and this progress is expected to rise. As societies need for more advanced and dependable materials grow, so will the range of uses for gold. The combination of rising demand, scarce alternatives, and limited supply is set to drive gold’s value and significance higher over time.

It is undoubtedly a metal that is destined for the future. Silver, unlike more common metals like copper and iron, is relatively rare, occurring in low concentrations in the Earth’s crust. Its scarcity, paired with its high demand for industrial and technological applications, make it a highly valued resource. While silver’s price often correlates with industrial demand and the demands for gold, it remains one of the more affordable precious metals, offering a practical option for investors. Roughly 11% of the silver mine today is used for investment purposes, while 56% is used for industrial applications, and 33% used for jewelry, silverware, and other objects.

90% of mined silver has been lost due to corrosion or non-recoverable uses. To combat this, new recycling initiatives aim to reimagine unwanted silver into new applications, preserving its role for the future. As humanity moves toward a future defined by technological domination and environmental challenges, gold and silver remain at the heart of our progress and survival. Whether it’s illuminating the neon-lit chaos of a cyberpunk future or aiding survival in the harsh reality of an apocalyptic wasteland, gold and silver will remain indispensable. Far from the relics of the past, they are the enduring pillars of innovation and resilience, shaping every possible version of our future.

And for that reason, there is absolutely no bare case for silver and gold that I can imagine. But this is not financial advice. Thanks for watching. Don’t forget to like, comment, subscribe if you enjoyed this video. CanadianPreparo. The best way to support this channel is to support yourself by gearing up at CanadianPreparedness.com, where you’ll find high quality survival gear at the best prices, no junk, and no gimmicks. Use discount code preppinggear for 10% off. Don’t forget the strong survive, but the prepared thrive. Stay safe. [tr:trw].

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