Or, you could just do the test here on earth at night. Then the whole mass of the earth is between your apparatus and the sun.
I guess the reason that doesn't work is that thermal effects (like those that may be causing the Allais results) change everything at night, and it's too hard to distinguish a legitimate anomaly from some-thermal-effect-we-didn't-think-of.
Still, there's no need to go to Jupiter or even the moon; as a satellite in a higher and higher earth orbit checks the effect, the earth effects will drop off as 1/r^2 while the anomaly should remain constant.
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Or, you could just do the test here on earth at night. Then the whole mass of the earth is between your apparatus and the sun.
I guess the reason that doesn't work is that thermal effects (like those that may be causing the Allais results) change everything at night, and it's too hard to distinguish a legitimate anomaly from some-thermal-effect-we-didn't-think-of.
Still, there's no need to go to Jupiter or even the moon; as a satellite in a higher and higher earth orbit checks the effect, the earth effects will drop off as 1/r^2 while the anomaly should remain constant.