>>reducing the weight of ice (by melting) increases volcanic activity kinds of things
Thank you! I was literally just thinking about how hydro-geologics(?) have an impact on the earth - e.g ;;
Do lunar tidal forces affect frozen water differently than liquid water, salt water, fresh water - if the waters have a homogenoius gravitational density for each state - then the state of these will affect lunar pulls? given each's volumes geo distributed around the globe? (the solutions affect the volume - so does a cubic meter of saline, vs sea, vs, bottled, vs spring waters have a different gravitational mass - so the distribution of the various states in global scale qty may have some impact on earths (spin?Wobble?Tides?Climate?)
/sci-fi - thanks for letting me think that out loud.
Thus as the climate changes, the wobble changes, thus the prescession, etc...
?
I wonder if you were to suspend spheres of water in different solutiuons or states inside the giant antarctic neutrino detector - with sensors for each sphere, if you would have different readings of the neutrino interactions...
So basically an array of neutrino-reflectors - such that if you detect a neutrino into the ice array - then it goes through another material sphere (whichever medium your choice is) and then the output from there....
That would be interesting to see how to affect neutrino behavior on a materials basis... and if you can LLM the heck out of all data - you get the idea...
--
So if you can aside from detecting neutrinos - you have hover materials with aversion or fondness...
point is that one may be able to take ingress, inflection/reflection (through material substance types) and learn how to reflect and steer neutrinos - unless they 100% peice their normal regardless of any input.?)
Thank you! I was literally just thinking about how hydro-geologics(?) have an impact on the earth - e.g ;;
Do lunar tidal forces affect frozen water differently than liquid water, salt water, fresh water - if the waters have a homogenoius gravitational density for each state - then the state of these will affect lunar pulls? given each's volumes geo distributed around the globe? (the solutions affect the volume - so does a cubic meter of saline, vs sea, vs, bottled, vs spring waters have a different gravitational mass - so the distribution of the various states in global scale qty may have some impact on earths (spin?Wobble?Tides?Climate?)
/sci-fi - thanks for letting me think that out loud.
Thus as the climate changes, the wobble changes, thus the prescession, etc...
?
I wonder if you were to suspend spheres of water in different solutiuons or states inside the giant antarctic neutrino detector - with sensors for each sphere, if you would have different readings of the neutrino interactions...
So basically an array of neutrino-reflectors - such that if you detect a neutrino into the ice array - then it goes through another material sphere (whichever medium your choice is) and then the output from there....
That would be interesting to see how to affect neutrino behavior on a materials basis... and if you can LLM the heck out of all data - you get the idea...
--
So if you can aside from detecting neutrinos - you have hover materials with aversion or fondness...
point is that one may be able to take ingress, inflection/reflection (through material substance types) and learn how to reflect and steer neutrinos - unless they 100% peice their normal regardless of any input.?)
(can they be captured?