One critical step of the nuclear fuel chain, uranium enrichment, has long been a domestic vulnerability for the United States. Traditional gas-centrifuge technology has been the proven workhorse for decades, delivering low-enriched uranium (LEU) for today's reactor fleet.
For years, the narrative surrounding the nuclear energy sector was one of managed decline, with regulatory filings dominated by decommissioning schedules and site closures. However, a recent wave of global permit approvals and construction applications prove a fundamental shift is underway.
The domestic nuclear energy landscape is undergoing a fundamental shift from preservation to expansion. Recent announcements from the Department of Energy (DOE) have signaled a significant federal commitment to both the existing nuclear reactor fleet and the infrastructure required to support it.
Investors have taken notice of the eye-popping federal commitments to new nuclear capacity in the U.S. in recent months. Headlines have focused on massive reactor-deployment partnerships and loan authority in the hundreds of billions.
The federal government has been very focused on supporting nuclear development in the U.S. Within that framework, states are currently vying to host Nuclear Lifecycle Innovation Campuses (NLIC) and boost their economies.
As the U.S.-Israeli conflict with Iran continues, global energy markets are feeling the strain. The effective closing of the Strait of Hormuz, which is the chokepoint for roughly 20% of the world's petroleum and liquefied natural gas (LNG) trade, combined with attacks on energy infrastructure have driven sharp spikes in commodity prices.
The nuclear energy sector reached a pivotal regulatory milestone last week. The results could redefine the timeline for advanced reactor deployment in the U.S. The U.S. Nuclear Regulatory Commission (NRC) voted on March 4 to issue a construction permit to TerraPower for its Natrium advanced reactor project in Kemmerer, Wyoming.
The nuclear renaissance represents an exciting opportunity for investors to allocate their capital to some of the most technologically advanced methods of electricity production. Common questions come to mind.
The tide for nuclear energy is shifting rapidly across the U.S. Two influential states havemade a decisive pivot toward nuclear. In California and Illinois, legislative and executive moves are signaling a flip toward nuclear expansion.
The nuclear renaissance represents an exciting opportunity for investors to allocate their capital to some of the most technologically advanced methods of electricity production. Common questions come to mind.
The investment case for nuclear energy is shifting from a zero-carbon play to a fundamental story of operational superiority. As the U.S. grid faces increasing strain, new data from 2025 confirms that nuclear power remains the most reliable baseload energy source.
Range Nuclear Renaissance Index ETF offers a diversified, global exposure to the nuclear power sector, benefiting from surging electricity demand and AI-driven base load needs. NUKZ's unique construction emphasizes industrials, utilities, and advanced reactor firms over miners, with 54% allocated to industrials and 44% international exposure. After a 91.5% gain since September 2024 and 61% over the past year, NUKZ feels overextended. Its top holdings, like GE Vernova and Cameco, have had scorching returns lately.