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1

Successful participation in a bull market requires deep conviction to maintain positions during periods of high volatility. In the uranium sector specifically, significant public capitulation often precedes substantial price recoveries and gains.

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A structural imbalance between uranium supply and demand underpins the current market. Because utility procurement happens years in advance and supply is slow to respond to price incentives, uranium cycles are typically very long.

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Historical data from the previous uranium cycle shows a recovery starting in 2002-2003, peaking in 2007, and being prematurely terminated by the Fukushima event. Current market conditions are considered superior to those of the previous cycle.

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Retail investors are advised to avoid margin and short-dated options, opting instead for long-term equity positions held over several years. While taking profits during periods of euphoria is acceptable, the primary goal is to avoid being "shaken out" during retracements.

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Investors can be categorized into tiers based on their behavior. High-level investors take profits when prices are overheated and rebuild positions during corrections, while less experienced investors often liquidate positions too early due to a lack of long-term structural vision.

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Missing a major market move or selling a winning position too early are common sources of psychological difficulty for investors. Strategies to mitigate this include "tranching"—buying and selling in small increments—to buffer volatility and ensure some profits are realized.

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Experienced investors often align their emotions with market logic, feeling a desire to buy during sharp market declines rather than fear. In the uranium sector, retracements of 30% or more are common occurrences that provide opportunities for those with long-term confidence.

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US Gold Corp. is currently focused on the CK Copper project in Wyoming. The company aims to move the asset through the engineering and permitting stages to become a near-term, low-cost gold and copper producer.

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Mining companies that are not yet cash-flowing frequently rely on equity offerings for capital. Potential investors should evaluate a company's cash balance and burn rate to anticipate possible dilution or private placements.

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Equity financings in the mining sector often include warrants, which provide the right to buy stock at a set price in the future. These warrants can provide future cash flow for the company but also contribute to the total fully diluted share count for existing shareholders.

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Some companies utilize convertible debt to raise capital, which can be less dilutive than equity offerings and may not require warrants. Smaller companies or those in less stable jurisdictions often face more difficult financing terms, including steep discounts and extensive warrant coverage.

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Meta has entered into significant deals with Terrapower and Oklo to utilize Small Modular Reactors (SMRs) for data center electricity needs. The tech company is also investing in power upgrades and refurbishments for existing nuclear plants through a power purchase agreement with Vistra.

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The high electricity demand of AI is driving major tech companies to outspend peers on energy infrastructure. Meta’s shift toward nuclear reflects a need for massive, reliable power to support future AI products and data centers.

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Tech companies are opting for SMR designs over traditional large reactors because they believe SMRs can be deployed faster and scaled more efficiently. This choice remains significant despite the current lack of a robust supply chain for the High-Assay Low-Enriched Uranium (HALEU) fuel these reactors require.

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Terrapower has begun non-nuclear site construction in Wyoming while awaiting NRC approval for its reactor design. Oklo is also moving through the NRC review process, benefiting from recent regulatory reforms intended to fast-track nuclear projects.

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Gas turbines are currently sold out for several years, making nuclear a necessary long-term alternative for tech companies. While solar and batteries provide faster deployment, they require frequent replacement and lack the decades-long lifespan of a nuclear reactor.

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Tech companies face pressure to provide their own power sources to prevent data center demand from increasing electricity costs for the general public. This necessity is leading tech firms to take on more construction and regulatory risk than traditional utilities.

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China is currently expanding its electricity capacity at a rate roughly twenty times faster than the United States. This international competition is a primary driver for the rapid expansion of domestic energy capacity.

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Increased nuclear construction serves as a significant tailwind for uranium miners, as reactors require fuel sourcing years before they become operational. Tech companies may eventually invest directly in uranium mining and development projects to de-risk their future fuel supply.

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Nuclear energy has become a rare bipartisan issue in the U.S., with both major political parties supporting expansion. Current initiatives, such as the executive order to have ten large reactors under construction by 2030, are expected to persist across different administrations.

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The appointment of Christopher Wright as Secretary of Energy is viewed as a positive development for the nuclear sector. His pro-energy expansion stance is expected to maintain momentum for administrative initiatives and regulatory streamlining.

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Monitoring the physical uranium market is essential for understanding equity price movements. Data from the physical market helps investors determine if price spikes or sell-offs are justified by supply-demand fundamentals rather than just market sentiment.

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