Thanks very much for the feedback . I want to On 2021-04-22 17:59, Leif Asbrink
wrote:
Some of what I write is not that understandable by monoglot English speakersHello Bob, True"Climate emergency" is based on what IPCC projections say There may be a problem with Graeff's calculations , and I'll work thru your comments below , but a number of people have worked out the adiabatic tradeoff of gravitational and kinetic energy , ie: the lapse rate . If you deny that tradeoff , you have to explain the violation of Conservation of Energy .Alarmists, the promoters of the new religion, are using every On the flip side , I have yet to see the enabling differential which explains and quantifies the ` trapping of a thermal gradient by a spectral filtering phenomenon . That's in addition to explaining why a hotter region does not radiate more back towards a cooler region & ><Ā till the whole volume comes to a uniform temperature . The oceans and the tropopause are the 2 outstanding ` exceptions to the adiabatic gradient which must be explained . I think you can see that my overarching priority is the executable expression of computations themselves . I'm not going to try to work thru the complex situations until understanding the simple cases -- as is the method of classical quantitative physics .The deepest seas are about 10000 meters deep. At the bottom It's clear in the case of oceans that there are strong polarāŸ²equatorial convection currents . I would be quite interested in knowing what deep water bore hole temperatures are . Clearly that number is wrong . But , like I say , I'll put off digging into it until I have time and motivation to implement my way thru the physics in CoSy .Roderic Graeff also claims that the temperature of air should decrease I live at 2500m and look out my window at Pikes Peak a little over 4000m . I know not only the variation inĀ mean , but the much greater variation in variance . If Graeff's numbers are that far off , I'm surprised I didn't notice . I was impressed that he considered the equipartition of the energy .You might also have a look at this photo of Mount Kilimanjaro So you are saying the lapse rate is exactly the gravitational potential gradient .May I suggest that you remove the following text: "Roderic Graeff's Thus we are talking about correct calculation , not cause . Again , I'll remain agnostic as to the specifics until I have motivation & time ( which are pretty much the same ) to work thru the implementation of the equations . I know I have saved links to several different people's derivations , but , again I have other priorities . Thanks for the link to van Wijngaarden and Happer paper . It , I will make time to read . This is , perhaps , the first open climate model I know of . They are generally very mysterious . Modeling seems to be treated as a priesthood even within NOAA .You write also: "The GHG paradigm , excluding the Law of Gravity Ā Ralph Keeling made the same point to me at an NOAA conference that the gravitational lapse gradient is tacitly buried in models .Ā Well it needs to be made explicit . We now all seem to be converging on agreement that the reason the bottoms of atmospheres are hotter than their tops -- and even more so their planet's lumped surface + atmosphere radiative equilibrium determined by their absorptivity=emissivity ( ae ) spectrum ( color ) as seen from outside is due to gravity and nothing to do with spectrum . That Hansen's 33c for Earth , 400c for Venus claim of a greenhouse trapping is utter non-science . Happer is a main reason I'd like to get to this fall's Heartland ICCC14 .One of the authors, William Happer is a well known climate sceptic. I work thru the computations for irradiated balls with arbitrary source & sink power spectra and object ae spectrum at , eg:Ā CoSy.com/Science/ComputationalEarthPhysics.html#EqTempEq . I also assume heat ` super-conduction . Do you agree with it or need some clarification ?Also the previous statement:"Newton's Law of Gravity which explains A most fundamental point is that a flat spectrum , ie: gray , ball comes to the same temperature no matter how light or dark . That is , if it's ` albedo is 0.3 across the whole spectrum , not just wrt the Sun's , it will come to ~ 278.6 +- 2.3 around our orbit . Ā Your comment is wrong , not mine . Above you more or less agree that the lapse rate ( which extends on into planets ) is due to gravity acting on the mass of the atmosphere .Ā Now you say that has no effect . Have you watched my Heartland ICCC9 talk ?Ā Do you claim that Venus's bottom of atmosphere temperature , ~ 2.25 times ( energy density ~ 25x ) that of a gray ball in its orbitĀ despite having very high reflectivity near its top , is somehow due to a spectral effect , not a gravitational one ? Having grown up before the HP-35 , ie: in the slide-rule age , I hate seeing false precision beyond even that to which the measured fundamental parameters are known .The earth under the above assumptions with a pure nitrogen atmosphere So , once again we agree on the overall physics . It is absoImagine the following thought experiment: Fill a weightless plastic bag | 20210425.2245 |Ā | 20210430.0902 |
continuing |
absolutely a central issue . It is that ~ 33k variance ( ~ 400k on
Venus ) which James Hansen confounded the small spectral variation
which the central scary fraud in all of this : That
the Earth could turn into a Venus . My main focus is the executable expression of algorithms as I think is apparent with my life's work culminating with my melding of Iverson's and Moore's simplicities in CoSy .Ā For me to claim to truly understand something quantitative requires me to implement it and and play around in its parameter space .I can not understand what you mean by "As a mathematically testable statement" It's the classical method of quantitative analytical physics . Understand the geometrically simple in simple but absolute quantitative relationshipsShow it to me on a PSSC highschool physics level first because that's as far as I got before turning to trying to get an inkling of how brains work -- which eventually led me to APL because it already knew the arbitrary dimensional math I came to realize was the minimal tool of thought to even begin . What the hell do lenses have to do with this ? However , if you average over the entire area of the lens , then you can work out the equations . The lens takes energy from entire disk it subtends and concentrates it on on one point leaving all others in shadow .Further down the page you write: "For those who truly grok classical physics, That is an interesting thought experiment , tho . More cogent , and something the understanding of which would nail down a lot , is the heat ` trapping gradient in TiNOX .Ā But its ` blackness as seen from outside is what is goes into the dot products below . Have you watched my Heartland ICCC9 presentation and looked at the slides ? In all that I've written , it takes just a handful of lines in K to get from the radius , distance & temperature of the Sun to the equilibrium temperature of a uniformly colored ball in our orbit . So the first question is , do we agree on those computations ? The essential computation for arbitrary spectra is at http://cosy.com/Science/warm.html#EqTempEq .Ā It's just a ratio of dot products of the spectra . Can we get agreement on that non-optional , experimentally testable computation ? ( See Ritchie Prize ) The gravitational gradient isn't an issue of trappingĀ . It's an issue of balance . That's what adiabatic means . The total energy , gravitational + kinetic , is constant .Ā Leaving it out , you can't balance the energy equations .Ā That's how the constraint of the Divergence Theorem is met . Kinetic & radiant keep swapping back & forth symmetrically . That's why the GHG paradigm has never and can never present quantitative testable equations for the trapping of a gradient . Have I changed your mind yet ? You say above " Climate models include the Law of GravityThe theories you support are at several places including these: indirectly by the introduction of the temperature lapse rate " . Is Gravity the reason bottoms of atmospheres are universally hotter than their tops or not ? And if so , by how much ? How much variance does that leave for spectrum ? Show your computations . I met Bjorn briefly at a Smith Family talk in New York back when I lived there . He's not someone I'd go to for the physics .Ā He doesn't have the personality .I suggest you have a look at this: "Keeping I just finished bathtub reading John Macken's Only SpaceTime . Next is van Wijngaarden & Happer . I expect to learn a lot .Regards Leif Ć…sbrink Thank you sincerely for your feedback . It's the only way forward .Ā I'm posting this at CoSy.com/y21/Wed.May,20210505.html#PlanetaryTemperature . To be updated | 20210505.1739 | Bob A
Peace thru Freedom Honesty enforced thru Transparency ,
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