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6. Hydrogen Power: The 150cc hydrogen engine generates electricity for the legs, emitting just water vapour.

15,892 次观看 • 1 年前 •via X (Twitter)

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Poonam Soni 的头像
Poonam Soni1 年前

Kawasaki just dropped "CORLEO," a four-legged robot that humans can ride. This hydrogen-powered beast will transform the future of transportation. 7 powerful features you don't want to miss: (Don't miss the 5th one)

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Poonam Soni1 年前

1. CORLEO is an innovative robotic horse powered by a hydrogen engine.

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Poonam Soni1 年前

2. The Kawasaki CORLEO is a concept prototype unveiled at the 2025 Osaka-Kansai Expo.

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Poonam Soni1 年前

3. Terrain Sensing Hooves Corleo has four robotic legs with rubber “hooves” that grip like a goat's foot, allowing it to tackle stairs, hop logs, and crawl down steep slopes.

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Poonam Soni1 年前

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Poonam Soni1 年前

4. Advanced Navigation For night riding, the system projects markers onto the terrain, illuminating the best path and highlighting potential obstacles.

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Poonam Soni1 年前

5. Four-Legged Mobility System Each leg operates independently, with advanced algorithms coordinating movement across various terrains. The rear leg unit can swing independently from the front leg unit, creating a sophisticated suspension system that absorbs shocks during walking and running.

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Poonam Soni1 年前

7. Kawasaki’s targeting 2050 for market readiness

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Poonam Soni1 年前

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Nuclear power is no longer the future; it’s the present. Get exposure to cutting-edge nuclear companies poised to lead the charge in safe, efficient, and low-carbon energy production. Consider $NUKZ for your gateway to sustainable energy investments.

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Hydrogen water may be delivering unknown amounts of deuterium directly to your mitochondria — not depleting it. "Just stay away from it." That's Dr. Laszlo Boros — Hungarian medical biochemist, retired professor at UCLA School of Medicine, author of 100+ peer-reviewed papers and one of the world's leading deuterium researchers — on the entire hydrogen supplement industry. Two reasons: 1. You don't know the deuterium content — and that's the problem The biological rationale for hydrogen water is real. Your microbiome produces molecular hydrogen gas naturally. Retinal melanin produces hydrogen gas from water photolysis. Dissolved hydrogen penetrates cell membranes easily due to its extremely small molecular size — delivering fuel to mitochondria without requiring a carbon substrate. The theory is sound. The source is not. Commercial hydrogen water is produced by electrolysis — passing an electrical current through water to split it into hydrogen and oxygen — from water of unknown deuterium content. If the source water carries 150–155 ppm deuterium, the hydrogen gas dissolved in it carries that deuterium. Boros: "You don't know the source of hydrogen. You don't know how much deuterium there is in this hydrogen gas that you are consuming. If it's not controlling for deuterium content, you may be inhaling or drinking very high deuterium gas — and that's not good for your system." The danger: hydrogen gas bypasses glycolysis and the TCA cycle — the two systems your body uses to filter deuterium before it reaches your mitochondrial nanomotors. You may be delivering deuterium-loaded hydrogen directly to your mitochondria with no filtration. Boros: "As long as it's not clear to you what you're consuming as far as protium and deuterium ratios — don't put it in your mouth." 2. Even pure hydrogen raises a biochemistry concern This is a theoretical argument — not an established finding. Boros raises it as a biochemist, not as a conclusion supported by data. If pure deuterium-free hydrogen enters your plasma, it reacts with available oxygen rapidly. Boros on The Energy Blueprint podcast: "Hydrogen joins oxygen rapidly — it's called exploding gas because it's such a rapid reaction in chemistry. Hydrogen pills or hydrogen-saturated water soaks the oxygen's ability to deliver its function in the mitochondria. That's the biochemistry argument." He is careful to note: if hydrogen water were genuinely low in deuterium, it may have some beneficial effects. “If it’s just pure hydrogen, then it depletes deuterium in your system. If it’s low in deuterium, you may have some beneficial effects and I’m just not arguing it’s not, I’m just as a biochemist, I’m just saying that it has to be looked at from all different angles.” The data to answer this conclusively does not yet exist. The uncertainty itself is the problem. You cannot verify the deuterium content. You cannot verify what reaches the mitochondria. The reliable sources The reliable source of deuterium-depleted molecular hydrogen for mitochondrial use is biological. Microbial fermentation in the gut. Melanin photolysis during full-spectrum sunlight exposure. Both are biological processes with built-in deuterium regulation. Both produce hydrogen that has already been filtered by the systems that evolved to filter it. Neither can be replicated by a commercial product. Boros: "You need nothing else but what we talked about. You cannot supplement health with anything other than the right food, the right light exposure, the right local habitat. You cannot replace any of that with artificial remedies — which are actually just big business. It's not your business."

no.mind

21,705 次观看 • 7 天前