howardgeorgestirrup

[howardgeorgestirrup]

Reproducible Experiments & Observations...

1. Observations at water & land level never show landscape obstructed by curvature.

2. As we get higher in altitude, the horizon does not get lower, suggesting that there is no curvature dropping 8" per mile² in every direction, as we are taught to believe.

3. We see stars twinkle like lights under water, we know that sky is blue and this correlates with the Bible & the Quran, describing "water's above". *Which matches the experiment known as " Star in a Jar" and explains how the worldwide flood was possible.

4. We can observe planets like Venus flickering brightly in the morning and evening sky while the sun is situated behind it, suggesting it is a wandering star emitting it's own light, as it cannot be reflecting sunlight from that position.

5. Leave a glass of water under direct moonlight and another unsheltered but in the shade of the moonlight, wait 30 minutes and then with a thermometer, check to see if the temperature of the one in direct moonlight has dropped a few degrees compared to the glass of water in the shade of the moonlight and then verify it further with a magnifying glass to see if you can amplify the chilling effect even more.

[howardgeorgestirrup]

Reproducible Experiments & Observations...

1. Observations at water & land level never show landscape obstructed by curvature.

2. As we get higher in altitude, the horizon does not get lower, suggesting that there is no curvature dropping 8" per mile² in every direction, as we are taught to believe.

3. We see stars twinkle like lights under water, we know that sky is blue and this correlates with the Bible & the Quran, describing "water's above". *Which matches the experiment known as " Star in a Jar" and explains how the worldwide flood was possible.

4. We can observe planets like Venus flickering brightly in the morning and evening sky while the sun is situated behind it, suggesting it is a wandering star emitting it's own light, as it cannot be reflecting sunlight from that position.

5. Leave a glass of water under direct moonlight and another unsheltered but in the shade of the moonlight, wait 30 minutes and then with a thermometer, check to see if the temperature of the one in direct moonlight has dropped a few degrees compared to the glass of water in the shade of the moonlight and then verify it further with a magnifying glass to see if you can amplify the chilling effect even more.