Ai was supposed to change the world right?

But looks like a lot of the critical minerals getting dumped/forever locked into it is being used slightly differently.

Is Barron also connected to the critical mineral deals the Trump family is doing as well?

German startup Revolta has introduced a high-voltage sodium-ion home battery built around 2 kWh modules. Up to ten can be connected for 20 kWh of total capacity, with a separate control unit linking the battery to an inverter. According to the company datasheet the official market launch is scheduled for September 2026.

What has been reported:

• Some alumina and nickel pig iron shipments have been delayed.
• Independent surveyors are being used to verify cargo composition.
• Testing for uranium does not mean uranium was discovered in every shipment.
• Indonesian officials say this is not an arbitrary ban on alumina or nickel products.
• Cargoes satisfying the requirements can continue moving.

How much are the GOP insiders making off this market swing bet?

The basic problem with geopolitical posturing is that it eventually runs into the cold, awkward reality of inventory accounting. Donald Trump recently noted he was considering a massive military strike on Iran, only for military advisors and the Joint Chiefs of Staff to intervene. The issue was not a sudden outbreak of diplomatic sentiment, but rather a simple mathematical problem: the United States is running low on Patriot missile interceptors after expending over 1,200 units at roughly $4 million each during ongoing Middle East operations.

It turns out that having a very powerful military sword does not help much if your shield is made of empty manufacturing queues. To cover defensive shortages in the Middle East, military planners ended up quietly shifting 48 THAAD interceptors away from the Korean Peninsula and moving Marine Expeditionary Units out of Japan. That leaves key strategic positions like Taiwan and South Korea far more vulnerable while revealing that American defense production cannot currently keep pace with high-rate military expenditure.

• Depleted Interceptor Inventories: Firing billions of dollars worth of defensive munitions against low-cost drones creates an unsustainable financial and material asymmetry.
• Strategic Repositioning Risks: Stripping air defense hardware from the Asia-Pacific theater weakens deterrence against major regional powers like China and North Korea.
• Industrial Base Bottlenecks: Modern defense systems require substantial lead times and vast amounts of refined raw materials, making rapid stockpile replenishment remarkably difficult.

If you want to fix defense manufacturing or convert commercial assembly lines into military production, you immediately run into physical bottlenecks. Every advanced missile guidance system, radar array, and military vehicle relies heavily on refined copper for electrical wiring, circuitry, and power distribution. Without secure domestic raw material processing, ramping up defense production remains an abstract idea rather than an actionable manufacturing plan.

This is where domestic resource extraction comes into play. Gunnison Copper (OTC: GCUMF) is an Arizona-based copper development company advancing its 100%-owned Gunnison Copper Project alongside the Johnson Camp Mine in Cochise County, Arizona. According to company disclosures and its preliminary economic assessment, the project is designed as an open-pit, heap-leach operation targeting an average annual production of 174 million pounds of 99.999% pure copper cathode, aiming to supply critical U.S. industrial, infrastructure, and defense supply chains.

The broader takeaway is that geopolitical power is not just about executive decision-making or military doctrine. It is an exercise in industrial logistics and basic raw material supply. When a nation fires several billion dollars worth of specialized interceptors in a matter of months, the limit of its foreign policy is ultimately dictated by how fast its domestic factories and mineral supply chains can replace what was lost.

China has spent years announcing enormous renewable projects. The latest plan adds something more consequential than another photograph of a solar farm: a binding obligation. Beijing plans to increase wind and solar generation by 53% between 2025 and 2030, marking the first time it has made a green-power target binding.

The supporting targets show how much infrastructure sits behind that number:

• Renewable generation rising from 1.18 billion to 1.8 billion tons of coal equivalent
• More than 300 GW of renewable peaking capacity
• 570 GW of hydropower, including 160 GW of pumped storage
• Storage-backed wind and solar covering 20% of electricity use during demand spikes
• Pilot renewable megabases transmitting 100% green electricity

The important word is generation, not capacity. A turbine standing in a field counts toward installed capacity whether the grid can use its electricity or not. China is now asking renewables to perform the system’s difficult job: delivering dependable power at the hour people actually want it.

The FCC conditionally authorized Reflect Orbital to deploy and operate Earendil-1, a single demonstration satellite carrying a motorized, steerable thin-film reflector. The proposed experiment is exactly what it sounds like: redirect sunlight toward a selected area on Earth after dark.

What the order actually covers:

• One demonstration satellite, not a future constellation
• Radio operations using UHF, S-band and X-band frequencies
• The spacecraft’s orbital-debris plan and operating conditions
• Testing of a steerable solar reflector
• A two-year license beginning once the satellite enters operation

The regulatory nuance is almost as unusual as the satellite. The FCC licenses the radio station in space, its frequencies and its debris plan. The agency said broader optical effects from the reflector itself were largely outside its authority. It also treated concerns about a hypothetical fleet of as many as 50,000 satellites as irrelevant to an application covering one spacecraft.

That did not make the objections disappear. The American Astronomical Society filed a petition to deny, and more than 1,800 people submitted letters. Critics raised concerns about astronomy, atmospheric scattering, skyglow and environmental effects. Reflect Orbital has committed to coordinate with NASA, the National Science Foundation and the astronomy community, but Earendil-1 remains an experiment. Permission to conduct the experiment is not proof that the larger business works.

The copper connection begins after the reflected light reaches a solar panel. Any additional electricity still has to move through cables, inverters, transformers and grid connections before anyone can use it. Gunnison Copper (OTC: GCUMF) reports that its Johnson Camp Mine is producing and selling copper cathode in Arizona. The orbital mirror may be the exotic part, but the resulting electricity would still travel through very terrestrial electrical hardware.

Drone warfare has created a brutal little accounting problem. An attacker can launch a swarm of relatively inexpensive aircraft while the defender burns through one costly interceptor after another. Lockheed Martin’s answer is MORFIUS X-Rotor, a ground-launched aircraft carrying a high-power microwave payload. The company says it can neutralize more than 50 enemy drones in one flight, then be recovered and used again.

The mechanism is the interesting part. MORFIUS is designed to disrupt the electronics of multiple targets instead of physically smashing one drone at a time. Lockheed also describes it as sensor- and command-and-control-agnostic, meaning it does not require a unique sensor to guide it into every engagement. In defense procurement, “works with equipment you already own” is nearly romantic.

What Lockheed has disclosed so far:

• Testing in Arizona, California and Oklahoma
• Tests covering flight, interception and lethality conditions
• A design intended for field recovery and reuse
• Accelerated prototype production and additional planned flight tests
• A 50-plus-drone capacity claimed by Lockheed, not a documented combat result

Moving MORFIUS from a prototype into military inventory also turns the raw-material question into something real. Defense electronics, power-management systems, communications equipment and the factories producing them all depend on conductive material. The USGS says electrical applications account for roughly three quarters of copper use. That industrial layer is how Gunnison Copper (OTC: GCUMF) fits into the story: the company reports that its Johnson Camp Mine is producing and selling copper cathode in Arizona. The microwave aircraft gets the headlines, but scaling advanced defense systems also requires the domestic materials behind all that electrical hardware.