@farmerman,
farmerman wrote:
I was wondering whether youve thought about a way you may "falsify" either your hypothesis or science's theory about Continental Drift.
I have.
Yes, it would be great to find conclusive reasons/evidence that would allow me to abandon thinking in false directions. That's a big part of why I endure all the hostility I do for thinking outside the box and posting it online for public discussion.
Quote:Look at the pattern of surficial and deep "thermal gradients" in tectonic zones. Come up with a way that you may falsify either.
In other words, WHICH WAY DOES THE HEAT TRAVEL??? WHERE DOES IT OCCUR???
HOW DO WE UNDERSTAND THIS???
I wish you would explain your understanding of this in more detail. If I post another thread on it, will you do so?
Regarding your question about which way heat travels, I'm not sure what you mean. The subduction zones seem to drag ocean floor/sediments down under the continental plate. Generally it seems that biological sediments get compacted and consolidated into denser fuels/molecules as they are 'processed' geologically by nature. How far can such processes of compacting and consolidation of energy go underground? Could there be warm rivers of sludge that gradually flow into deeper/higher-pressure flows that get hotter and/or more chemical-energy dense due to ever-more consolidation of energy? Heat dissipates if it can, but what if there is a rotational flow of magma going on within the core that allows energy-rich material to continue to flow down into it and as the material gets heated, compressed, and consolidated, it continuously loses volume?
If you took a large amount of biomass or sludge and started processing it to compress it and heat it using its own stored energy, how dense and hot could you make it if you could use layers upon layers of rock above it to bear down on it and insulate the heat from escaping? Eventually, enough heat might build up to cause convection in the rock above, but the deeper you would go, the more heat/energy it would take to move the rock above, and eventually the energy might more easily force its way forward than up. That is why I suspect there could be currents of magma and even rotation in the core that absorb energy as lateral acceleration instead of pushing convection currents upward, though it seems that there are also convection currents causing mantle plumes as well.
Quote:
In either explanation there should be ways to falsify the explanations.
Yes, and it would be great to figure them out; but I hope you can admit that the large scale of geological time and the impossibility of sending cameras down into the bowels of the Earth make it difficult.
When you post information you know about various kinds of measurement, rock types, etc. it gives me a little sense of what I could analyze in more depth if I had a geology degree, but since I don't and I'm not going to invest in getting one, I have to work with what I have and whatever people are willing to tolerate me thinking at the level I'm at.
In terms of the broad-line questions about the big picture, this is something more and more laypeople are going to be thinking about as climate science continues to gain importance. Everyday people used to talk about the weather a lot, but that is now evolving to go beyond the weather and right so, considering that all aspects of climate and geology are interconnected thermodynamically and mechanically.