

Sprott Uranium Miners ETF (URNM) offers concentrated, direct exposure to uranium miners and physical uranium, tracking the VettaFi Global Uranium Mining Index. I am bullish on URNM, rating it a Buy, driven by a persistent uranium contracting deficit, strong long-term pricing, and advancing major projects like Rook I and Phoenix. URNM's top 10 holdings comprise 78.4% of assets, amplifying both upside potential from uranium price strength and downside risk from sector volatility.

Uranium has been on quite a journey over the past few years. While the metal has always been valued for its role in nuclear energy, interest from governments, as well as the broader investment base, has noticeably improved in recent years.

Uranium funds just shed nearly a third of their value at the exact moment AI power demand is shattering records, and the reason that contradiction matters comes down to which of three very different ETFs an investor happens to own.

Washington just directed $17.5 billion toward the nuclear supply chain, yet the ETFs most investors hold to capture that trade are quietly delivering something else entirely.

US-Saudi nuclear deal could reshape the energy landscape. See how nuclear ETFs may offer diversified exposure to companies positioned to benefit.

Uranium spot prices drove the nuclear trade higher over the past three years. That first leg is winding down, replaced by new catalysts: reactor restarts at Palisades and Three Mile Island's Crane Clean Energy Center, power purchase agreements from Microsoft, Amazon, and Google, and small modular reactor programs moving from press release to permit.

Uranium equities have quietly compounded at rates most sectors would envy, and the Global X Uranium ETF (NYSE:URA) sits at the center of that story.

More than a year after the federal government renewed a push toward nuclear energy, the industry is building momentum thanks to a streamlined process for reactor authorization, an ambitious goal of 300 additional gigawatts of capacity by 2050, and more. The timing is crucial, as AI electricity demand continues to grow and low-carbon energy generation via nuclear facilities is particularly appealing in these contexts.