#Top


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#4th.CoSy #Top

CoSy is the simplest most productive programming environment
for ` ordinary people , built on the most ` powerful ideas from APL & Forth

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I happened to watch Climate Brawl Debate: Tony Heller vs Gerald Kutneyh . I think it's clear Heller presented more substance .  He does need to start naming names and giving the purported reasons by NASA & NOAA for the altering of historic temperature data .

There are 2 projects I think would be quite worthwhile , perhaps as student projects , likely worthy of presentation at , say , a Heartland conference . Both are at a basic classical macroscopic quantitative physics level .

• The gray body equilibrium equilibrium around our orbit is ~ 278.6 +- 2.3 from perihelion ~ January 4 to aphelion ~ July 4 . That 4.6 variation is several times larger than the ~ 1.1 degree change claimed since the steam engine .
  Given that both its phase & magnitude are a couple of the most accurately known parameters in this whole arena , they should be very easily detected in the historical data at the undergrad stats level . I've only seen one paper which touches on this at all , and that was about multiple year sub-harmonics , not the simple annual signal .
  
  
• An analysis of the basic classical temperature physics of a radiantly heated semitransparent ball , building up from the simplest case in the tradition of classical quantitative analytical physics . That's pretty much the theme of my work at CoSy.com/#PlanetaryPhysics , tho not well organized . That's the level of my Heartland presentation showing the impossibility of explaining Venus as a spectral filtering effect . Almost all discussion of planetary temperature , even such papers as   Happer & van Wijngaarden start off at a level I'd describe as in the clouds .
  
  Most fundamentally , the accounting for gravitational ` potential energy is absent from the analysis violating Conservation of Energy .  This trade-off of gravitational and kinetic energy is the cause of the adiabatic ` lapse rate ,  ~ 33c for the Earth , ~400c for Venus , is a function of the mass of the atmosphere independent
  
  This is still within the advanced undergrad physics/engineering level .
  

Anyone interested in either working on , or funding either of these projects , let me know . I would intend to work with students from UCCS . CoSy , being an APL , is capable of expressing a finite element model such as the second item as succinctly as the physics can be expressed .

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