Goldman Sachs' inaugural nuclear power symposium delivered a clear message: the industry widely agrees on the long-term upward trend for uranium prices. The supply chain is accelerating preparations, regulatory environments are easing, and nuclear power is emerging as a prominent energy investment theme amid the wave of electricity demand from AI data centers. Held from Tuesday to Wednesday, the symposium gathered top executives from uranium mining, nuclear plant operations, and the supply chain. Over ten in-depth discussions focused on nuclear power prospects, supply chain readiness, regulatory developments, and deployment timelines for new reactor types. Regarding uranium market supply and demand, analyst Brian Lee summarized key takeaways indicating a strong bullish consensus. Goldman Sachs' earlier uranium supply-demand model, incorporating global new reactor announcements and supply-side estimates, revised the cumulative net deficit upward to 211 million pounds for 2025 to 2045, highlighting persistent long-term supply pressures. Uranium prices are widely expected by participants to continue their upward trajectory. Core reasoning includes restarts of existing reactors, lifespan extensions, power uprates, and ongoing construction of new units forming a solid demand base, while near-term new supply remains limited. Spot prices may stay volatile short-term, but market focus is on utility companies' contracting progress for replenishment—current contract volumes haven't met or exceeded replacement levels, providing ongoing price support. Cameco, a major uranium fuel supplier, indicated its contracts imply a median uranium price around $120 per pound, with long-term contract prices expected to rise moderately based on floor and ceiling price ranges. For Westinghouse's AP1000 large reactors, the symposium provided clearer timeline expectations. Orders are anticipated by 2026, with Poland and Bulgaria seen as near-term market opportunities. Domestically in the U.S., efforts focus on building a local supply chain to support future final investment decisions. Cameco stated it can currently support building four AP1000 units annually, scaling to twenty units within five years. Supply chain firms CW and MIR confirmed readiness for increased activity, both for traditional reactors and near-commercial small modular reactors. Regulatory positive signals were a key theme. The U.S. Nuclear Regulatory Commission committed to removing institutional barriers by streamlining approvals, eliminating outdated requirements, and reducing friction in areas with minimal safety impact to enhance efficiency. The NRC is also expanding licensing pathways for emerging technologies and lowering compliance costs, aligning with current pro-nuclear policies. Utility companies expressed cautious attitudes, emphasizing federal support as essential for risk mitigation. Southern Company and Duke Energy highlighted significant cost, construction, and credit risks for new nuclear projects, underscoring the need for federal backing. Both companies prefer avoiding first-of-a-kind risks, finding AP1000 more attractive due to its relatively mature technology—Duke Energy has licensing groundwork, while Southern Company has recent AP1000 construction experience. Southern Company remains conservative about tech giants independently bearing nuclear construction risks. Macroscopically, surging AI data center power demand, manufacturing reshoring, and electrification trends form long-term drivers for nuclear power. Goldman Sachs' calculated 211-million-pound cumulative uranium supply deficit from 2025 to 2045 confirms structural supply-demand imbalance, providing quantitative support for long-term bullish outlook on uranium prices and related assets.