Eagle Nuclear Energy Corp. (NASDAQ: NUCL) has engaged Tensor Medium Corporation, an artificial intelligence and advanced algorithms firm, to support modeling and simulation for its small modular reactor program. Simultaneously, the company has finalized its contractor lineup for the drilling program at its flagship uranium asset, the Aurora Uranium Project, ahead of a pre-feasibility study scheduled for the second half of 2027. Two separate fronts, one unified bet.
Tensor Medium was founded by Dr. Boian Alexandrov, a former theoretical physicist at Los Alamos National Laboratory. The firm specializes in AI-based tensor network mathematics, physics simulations, and advanced engineering technologies for complex applications, including those with national security relevance. The engagement covers reactor engineering support, materials optimization, quantum development, and preparation for future licensing procedures. For Eagle’s SMR program, access to simulation tools at this level is far from a minor detail: predictive modeling shortens development cycles and brings a project closer to the point where it can present regulators with solid, defensible data.
On the mining side, Eagle has brought on Yukuskokon Professional Services and expanded existing agreements with BBA USA Inc. and SLR International Corporation. All key operational contractors are now in place for the planned drilling program along the Oregon-Nevada border. The program calls for 27,000 feet of drilling across 47 holes, with two to three active rigs operating over an estimated three-to-four-month period. The Aurora Uranium Project hosts 32.75 million pounds of indicated uranium resource and 4.98 million pounds of inferred resource under the SK-1300 reporting standard, making it the largest measured and indicated conventional uranium reserve in the United States.
Eagle listed on the Nasdaq on February 25, 2026, following its merger with Spring Valley Acquisition Corp. II. It was the first US company to go public combining a domestic uranium resource with SMR technology. CEO Mark Mukhija has described the strategy as an effort to rebuild a secure domestic nuclear supply chain at a time when electricity demand is surging, driven by AI, quantum computing, and industrial data centers. The logic is straightforward: the entity that manages the fuel and the one that builds the reactor are typically two separate players. Eagle wants to be both.
The broader environment supports this ambition. Western governments are extending the operational life of existing reactors, major technology companies are signing long-term power purchase agreements to fuel their data centers, and America’s dependence on foreign uranium — particularly from Russia and Kazakhstan — has returned to the center of the policy debate in Washington. The Aurora pre-feasibility study in 2027 will be the first concrete test. If the drilling data confirms current estimates, and if SMR simulation work with Tensor Medium produces output usable in a licensing context, Eagle will be able to approach both markets and regulators with something rare in the American nuclear sector: a vertically integrated company, from mine to reactor, built entirely on US soil.
