I saw this quote within a recent email exchange among the Slayers, and although I don’t know the exact paper source, R.W. Wood is well-enough known to just quote him directly:
R.W. Wood:
“The solar rays penetrate the atmosphere, warm the ground which in turn warms the atmosphere by contact and by convection currents.”
Did you know that climate scientists think that the Sun can’t heat the Earth, and that they vehemently disagree with Wood’s conclusion? Climate science and climate alarmism believes that sunshine is freezing cold, unable to heat the Earth’s surface above -18 °C (-0.4 °F), and by some other climate alarmist accounts, not even above -40 °C (-40 °F)!
How could they make such a grotesque mistake? How could they not be cognizant of the difference between standing in full sunshine and feeling its significant heat, and standing in the shade? Are they vampires that only come out at night? You would almost have to conclude that the core climate alarmists must be vampires who have never stepped into the light of the Sun. Even if they do faulty mathematics and science, you would think that the empirical sensation of standing in full sunlight would have helped them discover the error in their maths. Why doesn’t it?
Well, the vampire thing is all well and funny, but the problem truly is one of extremely bad science, terribly bad physics, and sophistical abuse of mathematics. Do you want to know the mistake they make? It’s actually really kind of ridiculous…funny, but then immediately not funny when it becomes clear just how stupid it is:
They spread incoming sunlight over the entire surface of the Earth at once…
Think about that for a minute. Think about what it means. Think about shade. Think about where sunlight makes shade on the entire planet Earth. …Half of the planet Earth is in shade, right?
So if you take the actual incoming sunshine, but then in your maths you spread it out over the entire Earth at once, i.e. twice as much area, what does that do to the power of the sunshine in your maths? Look at it this way: If you have one scoop of peanut butter meant for one slice of toast, what happens to that scoop of peanut butter when you spread it over two slices of toast? You better like dry toast! That’s what happens. The same is true for sunshine being spread over and into area it does not actually physically go in reality, except instead of “dry” the effect of the maths on paper is to make sunshine cold. I mean come on – it’s day and night people!
In the graphic below is how they dilute sunshine over the entire surface of the Earth at once. The accompanying mathematics is taught to students in physics classes throughout the world, and I myself was taught this exact thing in my own first-year of undergraduate university physics education for my B.Sc. degree.
