UraniumX Discovery Corp

Microsoft and Nvidia just published its AI-for-nuclear playbook. They're not just buying nuclear power, they're investing in making reactors smarter, safer, and faster to build. More reactors + longer reactor life = uranium demand

JUST IN: Microsoft partners with Nvidia on nuclear energy

Nuclear energy is the future.

Cosa Resources just drilled 5.0m at 13,900 CPS at Murphy Lake North - 2.7 km from the world's highest-grade uranium deposit. UraniumX is drilling next on Murphy Lake (South) right next door. Fully funded. $STMN $COSA #Uranium #Athabasca

U3O8 spot: $88.25/lb (Numerco, 3/20). EU reverses on nuclear. Japan-Canada SMR pact. Korea HTGR MOU. Demand signals stacking. $STMN | uraniumx.ca | #uranium $STMN #CSE

Why Nuclear Energy Is More Vital Than Ever zerohedge.com/energy/why-nuc…

Kazatomprom tightening foreign access. NexGen's Rook I fully approved. Denison's Phoenix FID in. The Athabasca Basin is where the structural uranium story is playing out. #uranium #AthabascaBasin $STMN

13 years of below-replacement-rate uranium contracting. Reactor requirements: steady and rising. The supply gap doesn't fix itself. It gets fixed by new discoveries in world-class districts. We're drilling in the Athabasca Basin in Q2 2026. $STMN #Uranium

Globe says Cameco to supply uranium to India (TSX:CCO) $TSX $CCO #InTheNews #CanadianMarkets 🇨🇦 Bulletin: stockwatch.com/news/item/z-c!…

Electricity output is the single best proxy for industrial capacity

UraniumX ($STMN) is launching a 2,500-station ground gravity survey at our Zoo Bay Project! Located in the heart of the Athabasca Basin, this survey will measure earth density to pinpoint alteration zones and define new drill targets

Uranium quietly moving back above $100/lb… and Sprott says momentum is building into 2026. Years of underinvestment + rising nuclear demand = tightening supply. This cycle still feels early. ⚛️

One flick of a switch, and the US literally goes dark

What is MLEM and why does it matter? Moving Loop Electromagnetics detects graphitic shear zones, the structural corridors that host uranium in the Athabasca Basin. We're not guessing where to drill. We're resolving conductor geometry first. $STMN #Uranium #Athabasca

UraniumX $STMN has commenced a 9.2 km ground program at Murphy Lake to refine drill targets ahead of its Spring 2026 drill campaign. 📍 Located near major uranium discoveries in the Athabasca Basin ⚡ Previous drilling already intersected uranium Full release: thenewswire.com/press-releases… #uranium #mining #Nuclear #MomentumStocks

WATCH: @xenergynuclear is developing this high-temperature gas reactor that they say can’t melt down.

UraniumX ($STMN) is funded & in the field Closed upsized $4.31M raise & launched geophysics at Murphy Lake to prep for Q2 drilling.

Structural deficit widening while 2026 emerging as the "Critical Energy Play" year. As Sprott’s Jacob White notes, the move back to triple digits is fueled by strategic demand and a decade of underinvestment. $STMN, #Uranium sprott.com/insights/urani…

⚛️ NUCLEAR IS BACK BUT NOT WHERE YOU THINK 🌍 396 GW of nuclear operating globally ➕ 299 GW more planned or announced Here’s what really matters: • 🇨🇳 #China 58 GW running. 118 GW pipeline → The largest nuclear build-out on Earth • 🇺🇸 United States 102 GW running. Only +7 GW coming → Big base. Minimal growth • 🇫🇷 #France 64 GW running. +12 GW planned → Rebuilding, slowly • 🇷🇺 #Russia 29 GW running. 21 GW pipeline → Still expanding despite sanctions • 🇮🇳 #India 8 GW running. 32 GW planned → Early stage, big ambition ⚠️ • China and India are scaling for growth • The West is maintaining, not expanding • Energy security is driving reactors, not climate slogans The next decade of nuclear leadership won’t be decided by speeches. It will be decided by who actually builds. #energy #nuclear #uranium

Jonathan Webb, The Nuclear Company America built over 100 nuclear reactors between 1960 and 1990. We’ve built just two since then. Nuclear construction didn't just slow. It nearly died. The nation that first split the atom and put men on the moon somehow forgot how to pour concrete and weld steel at scale. Projects that should have taken five years stretched to fifteen. Budgets exploded from billions to tens of billions. The belief that we could build anything, anywhere, at any speed, the faith that defined American industry, evaporated. We built The Nuclear Company to reverse this decline. We’re building an AI-powered deployment platform with technology-enabled systems that will allow our frontline teams to deliver America’s next hundred reactors. The result will be low-cost, resilient, plentiful energy. And we’re doing it by empowering the people who build them. Consider what passes for normal in nuclear construction today. At the Vogtle plant in Georgia, the two reactors built over the last 30 years, more than 10,000 people worked at peak plant construction. Those workers often sat idle. Waiting on parts and materials. Waiting on engineering changes. Waiting on documentation. Just waiting. When documents did arrive (sometimes by wagons or wheelbarrows), the volumes of paperwork lacked specifics. Metal joints misaligned went undetected for weeks, forcing costly and lengthy rework. Workers knew problems were mounting. They could feel it, but they lacked the tools to see patterns fast enough to intervene. One told me: "We knew things were going wrong. We just couldn't see it fast enough to stop it." Our frontline workers are brilliant, but the tools they’ve had can't keep pace. We’re building AI-enabled software that allows workers to command the build, not just survive it. We’re building it for the foreman on site at 4am, not just executives in boardrooms. AI agents trained on tens of thousands of pages of project documents identify problems in hours instead of months. Drones scan construction sites and catch misalignments within a millimeter, alerting workers through earpieces: "Please check that weld." That's giving American workers capabilities they've never had before. This isn't automation replacing workers. It's augmentation elevating them. Kids with high school diplomas, people with two-year degrees. AI will help bring out their irreplaceable talents. We run our company from Middle America. Not New York City or San Francisco. As we build these facilities, we’ll create some of the highest-paying construction jobs in the country and generate tax revenue for communities that need it most. Not for a few years, but for a century. What we need is to make sure that our teammates can do their jobs. That's why we're giving them the tools they deserve, so building America's energy future doesn't break the people building it.