mleku on Nostr: haha that's quite a comical non sequitur yes, at minimum, you can talk about the ...
haha that's quite a comical non sequitur
yes, at minimum, you can talk about the aggregation of matter from space... all kinds of dust and small particles that don't even have enough weight to fall, but just sorta waft on down and settle in the ground
every time there is a solar flare or filament eruption, particles from the sun are shot at us, and yes, the sun is the main thing the dust is going to fall into, but some of it will fall directly on us and some will fall into the sun and help the sun blurt a bunch of somewhat radioactive such dust materials, when there is really big flares, what tehy call "superflares" the matter that escapes the sun can be enough that given a few thousand years it can form rocks many tons in weight and this was just from the sun burping
geologists know that at least one or two substantial variances in radio-isotopes in materials can tell you something about the state of the sun, they are like the rock is to star as atmosphere is to ice for ice cores... parts of the core that have a lot of deutereum and tritium in them can be guessed as being formed during a period of high radiation and particle emission from the sun... indeed as you probably know, part of the carbon 14 thing relates to solar radiocarbon emission but many other factors point towards the idea that this ratio is WAY not consistent enough over time to be a dating mechanism and that if it isn't burned into igneous rock it's age can be almost anything, and carbon won't help you
the whole dinosaur age hooey is entirely based on the wrong hypothesis that it wasn't the SUN that killed the dinosaurs, you see what i mean? that would explain the higher levels of C14, as the whole theory implies, it comes from the sun, and the sun can also bake this place to a crisp on occasion and cause hell weather and irradiate living things with ultraviolet and x ray energy, both of which cause mutation and mostly death (by cancer)
yes, at minimum, you can talk about the aggregation of matter from space... all kinds of dust and small particles that don't even have enough weight to fall, but just sorta waft on down and settle in the ground
every time there is a solar flare or filament eruption, particles from the sun are shot at us, and yes, the sun is the main thing the dust is going to fall into, but some of it will fall directly on us and some will fall into the sun and help the sun blurt a bunch of somewhat radioactive such dust materials, when there is really big flares, what tehy call "superflares" the matter that escapes the sun can be enough that given a few thousand years it can form rocks many tons in weight and this was just from the sun burping
geologists know that at least one or two substantial variances in radio-isotopes in materials can tell you something about the state of the sun, they are like the rock is to star as atmosphere is to ice for ice cores... parts of the core that have a lot of deutereum and tritium in them can be guessed as being formed during a period of high radiation and particle emission from the sun... indeed as you probably know, part of the carbon 14 thing relates to solar radiocarbon emission but many other factors point towards the idea that this ratio is WAY not consistent enough over time to be a dating mechanism and that if it isn't burned into igneous rock it's age can be almost anything, and carbon won't help you
the whole dinosaur age hooey is entirely based on the wrong hypothesis that it wasn't the SUN that killed the dinosaurs, you see what i mean? that would explain the higher levels of C14, as the whole theory implies, it comes from the sun, and the sun can also bake this place to a crisp on occasion and cause hell weather and irradiate living things with ultraviolet and x ray energy, both of which cause mutation and mostly death (by cancer)