When you boil it all down, from critical metals and oil to electrical energy, to technology, to infrastructure, to security, and to prosperity in this brave new world, one conclusion becomes clear: Power is everything… Not power in the Shakespearean sense. Power is the rate at which energy is used, transferred, or converted to perform work. We have become wildly reliant on energy, yet we waste opportunities in harnessing it to create power. Energy is the world's fundamental resource and is directly related to cost; power is the rate at which that resource becomes useful for creating certain physical effects. Civilization advances not simply by discovering more energy, but by delivering more usable power efficiently, reliably, and at scale. With 8 billion people on our planet consuming more and more energy year after year, the challenge isn't just finding new energy sources. It is developing better ways to unlock that energy and convert it into usable power… Pulsed power is the answer. The U.S. Department of Commerce's $250 million CHIPS Funding Award for @IPulseGroup will enable us to develop the high-temperature semiconductors needed to apply pulsed power to next-generation geothermal drilling, unlocking clean, reliable baseload geothermal energy. Our pulsed-power technology is the most efficient and reliable method of delivering high pulsed power known. Pulsed power involves the accumulation of electrical energy over a period of time and then the release of that energy in precisely controlled bursts that can last for millionths or even billionths of a second to deliver enormous amounts of electrical power for that fraction of a second… We use pulsed power today in a multitude of applications such as underground mining, rock fragmentation, advanced manufacturing, and defense systems. By using electrical arcs to fracture, spall, and soften the Earth’s hot granite in front of a conventional drill bit, we are lowering the cost of drilling and will enable the cost-effective development and implementation of advanced geothermal systems and unlock the heat beneath our feet on a scale never seen before. We believe pulsed power can help unlock the geothermal energy needed to power the future… Read this article summarizing our CHIPS funding: briefglance.com/articles/a-2…

Congratulations to @JoshCrumb and the team at Abaxx on this milestone. @Abaxx is disrupting the plumbing of commodity markets. Traditional commodity exchanges are like taxi ranks: They provide a place for buyers and sellers to meet. Abaxx, like @Uber, will own and manage the whole journey, completely redesigning how commodity markets are priced, traded, settled and ultimately financed.

Analysis out by @RBC today rightly points out that copper equities are underperforming the underlying copper price for the first time this year. Copper prices are off only ~5% since hitting all time highs earlier this month, whereas the sell off in copper equities is significantly higher as shown in this chart 👇. Copper equities are oversold. The copper price outlook is bullish. The dip will be bought. Copper equities will soon catch up.

Chinese zinc smelters are cutting capacity, which will continue to drive zinc prices higher.   Sixteen major Chinese zinc smelters, representing 4.7 million tonnes of annual capacity (> 75% of the country’s primary zinc smelting capacity) agreed at a quarterly industry meeting in Xining last week to reduce zinc concentrate consumption by 600,000 - 1,000,000 tonnes this year, according to @Bloomberg. The cuts come as Zinc treatment charges (TCs) are already at historic lows, which are impacting smelter profitability. Spot zinc TCs according to @Fastmarkets are NEGATIVE $95 per tonne CIF China. Smelters are therefore paying (not charging) their suppliers $95 per tonne to smelt their metal.

Critical metals such as scandium are essential to technology and infrastructure. Technology and infrastructure enable progress. If we do not progress, we fall behind, and the wolves get in the door. Energy powers every step of the way to independence, security, and prosperity… @AgniSemi’s non-volatile memory chips, manufactured with aluminum scandium nitride (AlScN) from @SunriseMetals, are set to power the next generation of geothermal power by @IPulseGroup, AI, and all manner of heavy-duty, high-temperature applications. These are the chips of the future that will allow us to get there… Read this @PHLBizJournal article on our investment in Agni Semiconductor: bizj.us/1qq96x_

LME copper stockpiles continue fall. As previously mentioned, on April 30th, net available LME copper stocks were 350,850 tonnes.   Today, on June 30th, LME copper stocks are 329,225 tonnes with 127,300 tonnes as cancelled warrants = net available 201,925 tonnes of copper. A reduction of nearly 45%. Both the LME to SHFE (China) and LME to Comex (USA) arbitrage remains open, continuing to pull LME copper metal stocks to both the USA and China. Today, the December 2026 Comex premium is $570/tonne and the SHFE premium is ~$50/tonne. The market is anticipating US tariffs.

Across our operations, 92% of our workforce is locally employed, including 100% local employment at the Kipushi concentrator. At Platreef, 69% of employees and contractors are from local communities, with nearly 30% female representation. Local talent. Long-term impact.💥

Watch 👉 🎞️ In this interview with Rick Rule in advance of the Rule Symposium 2026, @IvanhoeElectric President Taylor Melvin discusses how the company is advancing its Santa Cruz Copper Project in Arizona, its proprietary Typhoon™ exploration technology, and the broader need for responsible domestic critical minerals development. Worth watching for anyone following copper, critical minerals, energy transition infrastructure, or the future of domestic mining. youtube.com/watch?v=Pje3Ydn3… #CopperMining #SantaCruzCopperProject #CriticalMinerals

The U.S. Department of Commerce’s $250 million CHIPS R&D Award marks an important milestone in developing next-generation semiconductors that will strengthen American manufacturing, advance national security, and accelerate reindustrialization. These advanced semiconductors will enable @IPulseGroup’s pulsed-power technologies, making it possible to drill deeper, faster and more economically into hot granite rock, unlocking America's vast, untapped geothermal energy resources. Watch the full @Bloomberg Open Interest interview with @Dani Burger and @Sarah Hunt: bloomberg.com/news/videos/20… #CHIPSAct #Semiconductors #Geothermal #PulsedPower

Reminding people of what @Citi and @MorganStanley said earlier this month: buy the dip in copper. While copper is off recent highs, its fundamentals are unchanged. Stocks of LME copper continue to rapidly decline. The chart below shows LME copper stocks falling despite recent wider market noise.   Two months ago on April 30th ($6.00/lb. on the COMEX), LME warehoused copper stocks were 399,725 tonnes, with 48,875 tonnes as cancelled warrants = net available copper of 350,850 tonnes.   Today, LME copper stocks are 339,100 tonnes with 133,225 tonnes as cancelled warrants = net available copper of 205,875 tonnes.

Follow Craig Tindale, he is a brilliant systems engineer who explains clearly how the world really works

America invented the semiconductor. Then regulated it off its own soil. Then spent $280 billion trying to bring it back. Marc Andreessen just laid out the most expensive own goal in industrial history. Andreessen: “40 years ago all the chips were made in California. Why are all the chips made in Taiwan? Because in California, the regulations got set so that you couldn’t make chips in California anymore.” Rogan: “What regulations specifically stop them from being able to manufacture…” Andreessen: “Environmental.” Silicon Valley no longer manufactures silicon. One word gutted the most critical supply chain on Earth. California didn’t lose chip manufacturing to a competitor. It buried the industry in paperwork until it all relocated to an island 100 miles off the coast of China. Andreessen: “And now we have to figure out what to do if China invades Taiwan.” The bureaucracy successfully protected the local groundwater by accidentally manufacturing the coordinates for a global conflict. That is the operating logic of the regulatory state. Strangle. Export. Let the consequences compound for decades. Then position yourself as the only solution to the crisis you manufactured. Regulation never eliminates risk. It relocates it. America traded a fixable problem at a California fab for the possibility of losing every advanced chip in a single afternoon. The administrative class chose paper safety over physical resilience. They would rather watch an industry die under their jurisdiction than see it innovate outside their control. But the regulatory class miscalculated something fundamental. Our vulnerabilities are not a law of physics. They are an artificial choice. And artificial choices get reversed. You cannot secure the future with bits alone. You have to move atoms. The era of exporting survival to protect a bureaucracy is ending. The country that cannot build what it invented has already lost the war it is trying to prevent.

It was a pleasure for Sunrise Energy Metals’ CEO Sam Riggall to appear on CNBC for a conversation about scandium, other rare earths, and the G7 countries’ efforts at the summit in Evian, France, to establish alternative supplies of critical metals. Conversations addressing the security of supply chains for critical metals were high on the agenda at the G7 meeting. G7 countries agreed on Wednesday to collaborate on increasing supply, with the goal of decreasing their reliance on “outside sources” for rare earth metals to a maximum of 60% by 2030. China currently controls approximately 60% of the production and 90% of refining capacity of rare earths. The country also accounts for approximately 85% of the world’s scandium supply and is the only supplier globally of refined scandium metal used by the semiconductor industry. The G7 also agreed to collaborate on establishing stockpiling initiatives for critical minerals and rare earths, similar to the U.S.’s Project Vault. The G7 countries will begin by stockpiling lithium and nickel, then expand to 5 more metals each year, with a focus on rare earths in this initiative. Sunrise Energy Metals CEO Sam Riggall explained why G7 nations must continue to accelerate investment in new projects. Importantly, he also stressed the need to create lasting conditions for those companies to operate sustainably to strengthen the supply chain for these vital metals. “You need to have a policy setting in place that ensures that there is a high enough incentive price for Western developers of new raw materials to build, and once it's built, to be able to compete effectively,” Sam told @CNBC and @CNBCi Anchor @RitikaGuptaTV. “If you want to solve this problem in the West, you need policies that address pricing, whether it's trade policies, whether it's quotas, whether it's floor pricing. That is what will eventually bring new supply to market and what will make it sustainable against Chinese raw material supply.” Sunrise Energy Metals is developing the Syerston Scandium Project, the world’s largest and highest-grade scandium deposit, set to become the first primary scandium mine rather than a by-product source. Located in the Australian state of New South Wales, our deposit holds over 32,000 tonnes of contained scandium in mineral resources: enough to meet global demand for many decades to come. Watch the full interview here: cnbc.com/video/2026/06/23/su… Find out more about Sunrise Energy Metals’ Syerston Scandium Project: sunriseem.com/ #G7 #RareEarths #SupplyChains #Technology #Scandium #Interview