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And finally! The Holy Grail! The Artificial Granite! Using Caveman Resources Only! Oh, this was a painful and long development process! Just in time! I have almost deleted this chapter from my new book as this thing nearly missed the deadline! But luckily 🍀 Is there quartz in it?... show more
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You’re saying you used water, waterglass, granite powder, crystals, and a “special secret” ingredient that you won’t mention & you made granite that’s indistinguishable from granite by science, and that all of the ancient stone sites around the world were made the same way?

How practical is it to start building with this vs brick & mortar? Pretend a man wanted a granite castle of his own.

You're rewriting history by erasing wrong hypotheses. Congratulations.

Congrats! 🏆I hope JRE accepts it as I’m dying to see how you do this from scratch! Would be great to have those interested reproduce with caveman tools. I’m sitting on a pile of granite grains from my last “fireblast granite with natron” experiment, in case I can bind them back later. Waterglass from fireplace has been stubborn to get for me not even mentioning secret ingredients.

I'll probably have the word "skeptic" engraved on my tombstone lol. But! I am SO proud to finally see someone actually testing theories and making Real proofs. All everyone does is make videos. But you sir, are actually testing. Thank you! Looking forward to all updates :)

I'm happy my work has served as some inspiration :) nicely done Marcel!

📌Silicon (Si) Oxygen (O) 📌Aluminum (Al) 📌Potassium (K) Sodium (Na) Calcium (Ca) 📌Iron (Fe) 📌Magnesium (Mg) 📌Hydrogen (H) 📌Fluorine (F) 📌Titanium (Ti) 📌Manganese (Mn) 📌Zirconium (Zr) 📌Strontium (Sr) 📌Barium (Ba) One cool chemical reaction trick sculptors sometimes use is super glue mixed with sodium bicarbonate. It's an exothermic reaction that creates a faster polymerization. The trick isn't from the baking soda, but the water. Water molecules react with cyanoacrylate to form a carbanion (a negatively charged carbon atom), which is the initiator. This step is slow without a catalyst. The bicarbonate ion from baking soda (HCO₃⁻) can act as a base in the presence of water. This base can deprotonate the cyanoacrylate or the water-cyanoacrylate complex, leading to the formation of a more reactive species. The bicarbonate ion can also directly attack the cyanoacrylate molecule. When the bicarbonate ion interacts with the cyanoacrylate, it might donate an electron pair to the carbon of the cyanoacrylate's ester group, leading to the formation of an intermediate ion. This ion can be thought of as a reactive ion or a sort of activated monomer. The "reactive ion" or activated monomer then rapidly adds to other cyanoacrylate molecules, promoting a chain reaction. I feel like your secret ingredient doing a similar endothermic crystallization instead of exothermic polymerization, accelerating the crystallization in the cooling process. 2NaHCO3→Na2CO3+CO2+H2O We even have a similar decomposition reaction here leaving CO2 and Water as a byproduct. Technically, a LOT of water and CO2. This thing belches out 60% the atoms in water and CO2.

Congratulations on you. Every effort has a reward hidden... Well, your discoveries might explain this mystery:

Nice work! I’ve been watching this for a bit and really admire the true example of scientific process discovering historically valuable info! 🔥

Probably how these were made.
