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John, just slightly on a different sort of line here, can the rapid, this is a question, can the rapid formation of core beds, oil and natural gas assist in removing much of heat produced during the global flood? This is the whole question about the heat problem, the accelerated radioactive decay and whatever. Yeah, you'll find that all chemical reactions either give up heat or they absorb heat or the structures produced themselves will take up the heat and convert it either into pressure or they'll convert it into movement. So despite the claim that the world would have got too hot, this is in the ignorance, not the absence, in the ignorance of other mechanisms that can convert heat into other things. Now you ought to be able to remember from primary school where your brother would get you, you poor innocent young girl with long pigtails, he'd get your hand and he'd do a Chinese rope burn. Now all he's doing is actually moving his hand around you, but that movement translates into heat. Now you haven't destroyed the arm, you haven't done anything, but you've actually removed energy and you'll find the same sort of mechanisms, not just the heat itself, but the heat converts into all sorts of other things, chemical reactions, exothermic, endothermic, movement of rocks, et cetera. We actually watched one day a dike form as the water underneath our stratum if you just took off for reasons unknown to us straight up through the sediments above. Now that represents energy, represents movement, but it was all happening in the liquid itself and it produced this massive structure that we would have said that's a sedimentary dike. Must have been uh yes all the theories went out the window. And we know from experiments John that have been done by the CSIRO on oil formation and many others have done experiments on coal as well that it takes roughly 350 to 400 degrees celsius to actually create that oil so yeah so the formation of the oil. Can I interrupt you there? Yep. What they're doing there is taking the organic chemists and making oil the way he does. Right now if you do what we've done you simply like we've run lots of experiments you'll see some of them listed on our website in which you actually take what's actually in the real world so that if I go and I look at a coal field which is my special area of interest I find that the best quality coal and I gave a paper on this to the Sydney natural Sydney coal basin conference right because our best coal has a certain percentage of high grade kaolin fine microscopic clay scattered throughout it. You see if you get too much clay the coal it's just it ruins your sort of burning equipment you want to put in it but if you actually have this stuff microscopically spread through it it acts as a catalyst and it gets to coal without even being heat you say how do you know that the answer is we use coal clay in pottery and clay is used because it has one interesting property as you cook it higher and higher you know that soft white clay all of a sudden it goes hard and you can put it on the side and leave it and it won't go back to being soft so clay has an irreversible structure change as you raise the temperature now the case of the clay that's in the in the coal it's about 200 degrees so I'll be brutally blunt that clay that's in the coal tells us it has never been as hot as all the local flood experts want it to reduce this vast amount of heat it's a catalyzed reaction and the same is true for the oil and the gas we have made all three using simple clay experiments with no temperature emissions of any great significance at all I hope you enjoyed this video please make sure to hit that like button it really does help and subscribe if you enjoy the content and want to see more and find more of us on our main channel on team standing for truth this is matte man until next time so you