My work on the analysis of the fractal. Insights into fractal economics, fractal cosmology, quantum foundations, atmospheric science and more. Towards a theory of knowledge, economics, quantum foundations and cosmology.
Proposal to test the Non-Greenhouse Gases for IR Radiation with the Raman spectrometer
By Greenhouse Theory, 99% of the dry atmosphere, nitrogen (N2) and oxygen (O2), (the non-greenhouse gases) are assumed not to absorb or emit infrared radiation. They are claimed to gain their heat energy from molecular 'collisions' with the 1% special heat-trapping greenhouse gases. This process of 'collisions' is implying thermal conduction of heat.
Four things:
foundation radiation physics/ quantum mechanics claims all matter with a temperature radiates infrared light,
air is a poor thermal conductor, one of the poorest known (0.026W.m.K.),
if the, for instance, 0.04% CO2 did transfer heat by conduction to all the 99%, near instantaneously, its claimed heat-trapping properties would have to be extraordinarily special to share this gained energy equally, not just special, and
if the air did transfer heat by collisions, we would live in a hell of heat as we would feel the heat of every matter directly through the air.
If greenhouse theory were true, with the ambient CO2 of around 400ppv, the following demonstration could not be conducted. For one, there is no way these men could stand by this solar furnace focal point of over 3500C when "..there is no known materials that could resist this." heat. They would be roasted.
When the wood goes through the focal point, by greenhouse theory the CO2 release (maybe 15%) would transfer its heat to all the air and the heat transfer would be insufferable, if true. It is not - true.
Raman spectrometer N2 temperature test after radiation.
The (CARS) Raman spectrometer can measure the temperature of gaseous nitrogen and oxygen by exploiting the physics that contradicts and refutes greenhouse theory. N2 and O2 do have infrared emission spectra; they are radiated in the operating process of CO2 lasers, and they are measured.
By the following diagram, I would like to point the laser straight up from under - to catch if there is any convection - through IR radiated air at a solar focal point or similar. We wouldn't even need a tank; the Raman spectrometer measures all the gases, H2O, O2, N2, CO2, we could 'spray' pure N2 over the focal point as they do water in the demonstration.
The CARS unit measures the Raman scattering of the laser photons off the air molecules to infer the temperature. But this measurement does come with, as I have learnt, 'noise' problems, so it will not be easy.
I think N2 is locally radiated, but it is not transferred. Only the Raman CARS can test this.
I am currently in contact with a retired scientist in Switzerland who has a 'rotting' Raman CARS in his lab he used in the 90s on similar but not exact studies.
What I am asking has not been conducted and it needs to be done.
A positive result would mean we have to completely redefine our understanding of the atmosphere in line with quantum mechanics.
To be clear (and this is the rebuttal I am receiving), I am not testing for a heating effect from the Raman effect in the atmosphere: there is no such effect. I am using the Raman spectrometer for what it is developed, to measure the quantum predicted emission spectra line of N2 and others and its temperature.
Is Arethusa Pool (New Zealand) and its island's the worlds only natural fractal lake? I was there with my family in January: it was a wonderful day, and very exciting for me - mathematically speaking. Arethusa Pool (and its island) is on Mou Waho Island, which is on Lake Wanaka, which is on the South Island of New Zealand, which is in the South Pacific Ocean. Water (the South Pacific Ocean), land (South Island New Zealand), water (lake Wanaka), land (Mou Waho Island) , water (Arethusa Pool), land (islands on Arethusa Pool); water in a puddle after rain (or when I filled it), land as small as a square centimeter inside the puddle, ..... water?? Arethusa Pool, and Lake Wanaka New Zealand 2015.
Update May 2017 This is by far my best idea; I have written it up in a working paper at my academia.edu and vixra , and named it: Quantum Mechanics, Information and Knowledge, all Aspects of Fractal Geometry and Revealed in an Understanding of Marginal Economics. I shall post the Abstract, followed by the original post, followed by the paper. I hope to have someone collaborate and review my work in time. Abstract Fractal geometry is found universally and is said to be one of the best descriptions of our reality – from clouds and trees to market price behaviour. As a fractal structure emerges – the repeating of a simple rule – it appears to share direct properties familiar to classical economics, including production, consumption, and equilibrium. This paper was an investigation into whether the mathematical principles behind ‘the market’ – known as marginalism – is an aspect or manifestation of a fractal geometry or attractor. Total and marginal areas (assumed to stand fo
Keywords: Public Goods, Internet, Media, Copyright, Market Failure, File Sharing, ePublic Goods An Explanation of the Mass Failure in the Market: the Internet – the Creator of ePublic Goods First published:October 9, 2010 Update: May 2017. Blair D. Macdonald. 2017 October: I see Bitcoin and any crypto current as an ePublic Good - it will fail. Abstract Media and entertainment industries are in decline; profitability is down due to ‘freer access on computers. Is the internet producing ‘Public goods’ from what were Private goods? With respect to these goods and the Internet, the assumption used to classify ‘Private goods' and Public goods in an economy (the degree of excludability and rivalry) was analysed, and the respective industries were tested for being Public Goods. It was concluded these goods within the entertainment/media industries are slowly being repositioned from what are termed 'private' or 'club'/'congestion' goods, to t
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