"two weeks" -- Josh Zerlan, BFL
@BADecker,
This discussion of bouncing a LASER off of the Moon (I purpose it's actually bouncing off the firmament) has me thinking this is the ticket to accurately measuring the distance to the Sun.
I theorize that the Sun is a projection made of plasma, scalar waves (a type of radio wave with a negligible transverse component) are produced in the polar region by a Tesla coil type device (cooled by sea water) and are transmitted to the firmament where they're reflected, and converge on a layer of dense liquid crystal gas to create a plasmoid (the Sun).
I think the distance to this liquid crystal gaseous layer can be measured with a specially tuned MASER that will create an "artificial" plasmoid. It's then simply a matter of measuring the return trip of stimulated photons to get the distance.
I believe the faggots at HAARP have all the equipment needed to perform this experiment.
Since you've claimed that a triangle's legs add up to 180, let's talk about my trip to Asia from the US via the North Pole. It might just be interesting.
This is your chance to prove the Earth is flat.
^^^ It's a ratio based on the angular resolution limit of the human eye (1 minute)....
No, it's just chance that is approximately one minute. Frequency of light divided by aperture. Your example is for the case of 2020 vision in full daylight. It's entirely different at night when the aperture opens wider, and for better and worse vision.
