MB @one33bits

@demartin Altrimenti si licenziera? 😅

@Antonio_Tajani Non ve ne frega niente del prezzo del gas, del diesel, del transito delle merci... ma la Messa....

@Antonio_Tajani @G7 Beh ministro... con la dichiarazione... si svolta

@BojanRadojici10 Comment

@vadim07751823 Devi impostare "account satirico"

@ultimoranet @pap1pap Scelta quasi obbligata per un po di gloria a gratis

@MichaelAArouet Same culture? False

Cathodes moved fast. Anodes… not so much. Graphite is a physical ceiling. Our path: Graphite → CNO → Si@C core-shell • Graphite: ~240 mAh/g • CNO: ~300 mAh/g (high graphitization; Li⁺ intercalation between concentric shells) • Si@C: 600+ mAh/g target—using graphene-like shells as a mechanical buffer to cage Si expansion and preserve stability. 👇👇👇👇 R&D teams building next-gen anodes: what’s your biggest Si failure mode—swelling, SEI growth, or ICE?

Coal power generation is DOWN in China not up, DOWN. For the first time in many years. I expected it here (Unlike a lot of people) Why? If solar/wind plus storage is now cheap enough, while the country needs babies? - larger & cheaper appartments (CCP pops the bubble) - better standards of living ( no goods & services inflation) - cleaner cities, air and rivers ==> better chances that women want more kids reuters.com/sustainability…

Water is "sticky." And that’s your boat’s biggest enemy. 🛥️⚓️ It sounds strange, but friction between the water and your hull is exactly what burns your fuel and steals those precious knots of speed. Usually, people fight this by polishing their hulls. But we decided to hack the physics by using Onions)). 🧅🔬 How does it work? (The simple version) Imagine trying to push a heavy cabinet across the floor. It’s hard work, right? 🥵 Now, imagine scattering thousands of steel marbles underneath it. Suddenly, the cabinet glides with almost no effort. We are applying this exact principle to boats. Our material consists of billions of invisible, spherical nano-particles. When applied to the hull, they act like microscopic ball bearings. Instead of "rubbing" against the water (sliding friction), the boat effectively starts to "roll" over it (rolling friction). The result? 📉 Less Drag = Smoother, quieter ride. ⛽️ Better MPG = Real savings on every mile. 🚀 More Speed = Easier planing. From Theory to Reality 🛠️ We don’t just talk science; we build. Next month, we are launching a major real-world experiment: Hauling out our own company boat. Applying this experimental CNO coating to the hull. Hitting the open water to measure everything—from fuel burn to top speed. If this works as calculated, we’re bringing high-tech racing physics to everyday boaters. Stay tuned—we’ll be sharing the application process and the first real numbers from the water soon! 🌊⚡️ #NanoTech #Boating #Innovation #CarbonOnions #MarineScience

Why burn biogas when you can turn it into green gold? Most plants just combust methane for electricity—but we're flipping the script. We crack it at 1500°C (no oxygen) into clean hydrogen + valuable solid carbon. No CO2 smoke, just pure value from waste. This is turquoise hydrogen from biogas. Game-changer for heavy transport and industry. 🚜🚗 #CleanEnergy #Hydrogen #Sustainability

🧬 CELLULAR BIOHACKING: How "Trojan Horse" Technology is Revolutionizing Mineral Absorption We assume if we eat a vitamin, we absorb it. -We don't.- But new Carbon-Encapsulated Nanoparticle (CEMNP) technology—powered by the Pyrohgen reactor—is set to disrupt the industry, from fish farms to human pharma. Here is the tech breakdown and the roadmap 👇 1. THE FUNDAMENTAL PROBLEM Humanity has learned to synthesize Zinc, Iron, and Copper, but living organisms barely absorb them. Traditional salts (sulfates) have a bioavailability of only 10–20%. The remaining 80% is chemical waste that passes through the body, conflicts with digestion, and pollutes the environment. 2. THE SOLUTION: THE NANO-CAPSULE We use a "Trojan Horse" approach. The metal atom is sealed inside a hyper-durable carbon (graphene) shell. The Mechanism: — The shell is inert and does not react with stomach acid. — The cell perceives the capsule as organic matter and absorbs it entirely (endocytosis). — The Result: Bioavailability skyrockets to >90%. 3. PHASE 1: ANIMALS AS THE PROVING GROUND 🐟🐷 Why not target humans immediately? Human Pharma registration takes 10 years (the startup "Valley of Death"). AgTech allows market entry in just 0.5–2 years. Right now, the technology can start solving critical pain points for agricultural holdings: Aquaculture: Standard minerals dissolve in water and can be toxic to fish. Our capsule is insoluble, safe for gills, and absorbs 100% without polluting the water. Swine: Replacing painful iron injections for piglets with feed additives that offer the same efficacy. Logistical Efficiency: Thanks to record metal concentration (70%), dosages drop 10x. Instead of a truckload of sulfate (500 kg), a feed manufacturer only needs to purchase a single bucket of concentrate (21 kg). PHASE 2: THE FUTURE FOR HUMANS 🧍‍♂️ The cellular physiology of pigs and fish is remarkably similar to humans. Agriculture serves as our laboratory, where we are building a massive safety database. Where we are headed: 🚀 Anemia Treatment: Next-gen iron supplements that actually raise hemoglobin levels without side effects for the GI tract. 🚀 Biohacking & Supplements: Precision minerals that penetrate directly into the cell rather than being flushed out by the body. 🚀 Safety: Our Pyrohgen Synthesis technology ensures a completely pure, Food Grade product. We are moving from "carpet bombing" the body with high doses of chemicals to precision tuning. We give the cell exactly what it needs. The future of nutrition and medicine is physics, not just chemistry. 🤝 COLLABORATION. We are looking for scientific and industrial partners for joint work in this promising field. 📩 Contact us to request samples. #Biotech #DeepTech #Nanotechnology #Agritech #Innovation #Science

@aledeniz Heard a similar story in a bus from somoene consulting for Alitalia

@OilandEnergy I think he just wants to push his narrative (he doesn't care if he's right or wrong).

Looking for early adopters in Si-anode R&D. @PyroHgen produces Si@graphene core–shell CNO designed to handle Si expansion + keep conductivity. Want samples/specs for coin-cell trials? Reply “YES”

@PeterMcCormack Quantity yes... quality no

@bridgeman07 @RonaldVolusus You can double check @PyroHgen and see how high quality graphene is produced from methane

We’re producing graphene nano-onions (CNO) from methane — already in production with ton-scale supply. If you’re working on lubricants / coatings / composites, reply “CNO” and I’ll send the datasheet + sample options. @PyroHgen

While all the talk is about Silver, I would pay close attention to the copper price, which affects motor costs (among others). Graphene is set to play a role also here @PyroHgen

@OilandEnergy Everyone’s chasing “domestic graphite” — fair. But a lot of near-term wins come from making existing formulations work better (tribology/coatings/composites) while the supply chain rebalances. We can supply CNO in large batches at @PyroHgen.