
Trump’s Quantum Push Might Be Bigger Than Tech Stocks, The Hidden Trade Is In The Hardware
The quantum headlines today are pretty wild.
The U.S. government is reportedly putting serious money behind quantum computing, with around $2 billion in grants and possible equity stakes in quantum-related companies. Names like IBM, GlobalFoundries, D-Wave, Rigetti and others are getting attention, and naturally the first reaction from the market is to chase the obvious quantum tickers.
That makes sense. Quantum has a huge long-term role in computing, cybersecurity, defense, simulation, AI, research and national security.
But I think there is a second layer here that people are barely talking about.
Quantum computers are not just software. They are physical machines. When you actually look at these systems, they are packed with cryogenic hardware, cooling systems, wiring, cabling, connectors, shielding, control electronics, power infrastructure and precision metal components.
In other words, this is not some weightless cloud-only story.
The machines are hardware-heavy. And hardware-heavy usually means materials-heavy.
That is why this reminds me of what happened with AI. At first, everyone focused on Nvidia, GPUs, cloud companies and data centers. Then the market slowly realized the physical bottleneck underneath the AI boom: power, transformers, substations, grid upgrades, cooling systems and copper.
Quantum could follow a similar path.
The obvious mining names are the big established ones like FCX, BHP, Rio Tinto, Teck or Hudbay. Those are easier for institutions to buy, more liquid, and already recognized as real copper/metals exposure. They make sense for people who want a more established route into the theme.
But the more speculative upside usually sits further down the pipeline, where future supply is still being explored.
That is where I think NovaRed Mining, NRED / NREDF, becomes interesting as a watchlist name. To be clear, NovaRed is not a quantum company. It is not a producer. It is an early-stage copper-gold explorer in British Columbia.
But that is exactly the point.
If AI, quantum, robotics, defense, data centers and grid modernization all keep expanding, the world will need more secure metal supply. And future copper supply has to start somewhere. It starts with exploration projects before it ever becomes production.
NovaRed’s Wilmac Copper-Gold Project sits in British Columbia’s Quesnel porphyry belt, roughly 10 km west of Hudbay’s producing Copper Mountain Mine. The project is about 16,078 hectares, which is roughly 160 square kilometers, around 39,732 acres, about 30,000 football fields, or about 2.7x the size of Manhattan.
That is a serious footprint for a junior explorer.
The North Lamont target is also worth watching. The company reported 43 soil samples there, with the highest copper value at 379 ppm Cu. The western copper cluster had 9 samples above 150 ppm Cu, averaging 209 ppm Cu. Right now, North Lamont is considered a moderate-priority drill target, but it could potentially move higher after IP/AMT results.
That does not guarantee a discovery. It is still early. Soil samples and geophysics are not the same as a mine.
But in junior exploration, this is exactly how a story develops. Land package, regional relevance, surface data, geophysics, target ranking, then potential drill catalysts.
I would also put names like Kodiak Copper, Hercules Metals and Cascadia Minerals in the same broad “future copper supply optionality” bucket. Different projects, different risk levels, but the same general idea: tomorrow’s metal supply depends on today’s exploration work.
The market is focused on quantum stocks right now, and that is understandable. But if Washington is treating quantum like strategic infrastructure, then the physical supply chain behind advanced technology matters too.
Quantum may be futuristic, but the machines are still built from real-world materials.
That is why I think the hidden trade is not only in the quantum tickers. It may also be in the metals pipeline behind them.
NFA, just sharing my thoughts.