well, the fact is, such storms do not create heat, they consume it, they are fueled by heat energy. about the only negative thing that can be said of them is that they move heat energy around to different places, and they get the bad press only when the places they move it to, in the forms of wind, wave, storm, rain and the like, (to places of dense human habitation. (which places should be getting the drift of things by now, one would think.)
no, such thiings do not generate heat/temperature, they consume it and moderate it.
what ocurred to me, as i sit here working through a gout attack on my right big toe, is whether anyone has attempted to quantify the precise effects of these tremendous transfers and movements, and consumptions, of heat energy over the surface of the globe.
matter, as the old saying (and assumption) goes, is neither created nor destroyed, and the sum total of energy is a constant. throughout the universe, and, one would assume, on our little orb.
now, take the matter of a solar flare, an eruption of matter from the sun, that goes hurtling from the sun and through our solar system. scientists claim that they know that the interior of the sun is actually substantially cooler in its interior regions than at the surface, where it for some reason is very much hotter than the interior.
now, when one of these solar flares erupts from the sun, say a big one which reaches a huge distance from the sun's surface breaking away from the sun's gravitational pull at enormous velocity, how much mass does it take with it, and how much heat energy? and, how much speed does it take to escape the sun's gravity.
the damn things are huge, and hot, and they are moving at enormous speed ..... they have to be.
when the earth gets directly into the path of one of these solar flares it causes tremendous disruption to the gravitational belts surrounding the earth (think of the little lines surrounding the poles of a magnet, which for most purposes the earth is). communications systems get overloaded, and are disrupted. all sorts of mischief.
how much of that energy and solar mass does the earth absorb?
does it impact the temperature of the earth?
does anyone know? has anyone ever attempted to quantify it? if not, why not?
as i age, and as my feet hurt like hell at 3.30 a.m., i think about these sorts of things. and, the more i think about the enormity of the sun's power, i am coming to view the earth not particularly distinct from the sun, but at part of its structure, to be sure on the periphery of things, but, still, part of the workings of the sun.
especially in terms of these gigantic solar flares.
the sun goes through cycles on these things, some of which are sufficiently distinct as to be noticed by we earthlings. what do they contribute to our weather. and, what about those cycles and phenomena that we are not yet clever enough to note? what do they do?
now, by our own lights, we are clever and appreciable. but, in terms of other scales, we are the proverbial ant floating down the mississippi on a blade of grass, yelling "raise the drawbridge" as we pass underneath. in our arrogance, in our haste to claim some significance in the grand scheme of things, we ought not to forget this, especially in our quest to understand some things that are perhaps still a ways beyond our reach.
i counsel humility and care not to overreach in our zeal for significance. in all things.
john jay @ 07.01.2022