Proof the Moon is not a flat disc.

When have I talked about weather or migration? I remain to be convinced that Lunar cycles or eclipses are caused by either. As for periods, they are simply one example - the astounding regularity of some biological phenomona is well documented and a ridiculous point to debate against.

If the moon is alive, and makes manna and blood rain...

1) How does it get from the moon to earth?

2) What does the moon eat?

3) How does the lunar excretion reach Earth?  Wouldn't the UA keep anything from falling down to us?
4) Is the moon alive or is there just living things on the moon?
4a) If the moon is alive, how do you know if you haven't seen it reproduce?

Quote from: SupahLovah on April 30, 2010, 09:19:00 AM

If the moon is alive, and makes manna and blood rain...

1) How does it get from the moon to earth?

2) What does the moon eat?

1) It falls (that is, the Earth rises to meet it).

2) It eats itself like an ouroboros.

Quote from: Lorddave on April 30, 2010, 12:39:13 PM

3) How does the lunar excretion reach Earth?  Wouldn't the UA keep anything from falling down to us?
4) Is the moon alive or is there just living things on the moon?
4a) If the moon is alive, how do you know if you haven't seen it reproduce?

3) For such a smart-alec, you sure don't know jack about the Universal Accelerator. That's like asking if my table will keep crumbs from falling onto my laptop.

4) Where does one end and the other begin?

4a) It reproduces with itself.

Quote from: SupahLovah on April 30, 2010, 09:19:00 AM

If the moon is alive, and makes manna and blood rain...

1) How does it get from the moon to earth?

2) What does the moon eat?

1) It falls (that is, the Earth rises to meet it).

2) It eats itself like an ouroboros.

Quote from: Lorddave on April 30, 2010, 12:39:13 PM

3) How does the lunar excretion reach Earth?  Wouldn't the UA keep anything from falling down to us?
4) Is the moon alive or is there just living things on the moon?
4a) If the moon is alive, how do you know if you haven't seen it reproduce?

3) For such a smart-alec, you sure don't know jack about the Universal Accelerator. That's like asking if my table will keep crumbs from falling onto my laptop.

4) Where does one end and the other begin?

4a) It reproduces with itself.

At what rate is the moon eating itself and how?

Quote from: James on May 01, 2010, 02:42:18 PM

Quote from: SupahLovah on April 30, 2010, 09:19:00 AM

If the moon is alive, and makes manna and blood rain...

1) How does it get from the moon to earth?

2) What does the moon eat?

1) It falls (that is, the Earth rises to meet it).

2) It eats itself like an ouroboros.

Quote from: Lorddave on April 30, 2010, 12:39:13 PM

3) How does the lunar excretion reach Earth?  Wouldn't the UA keep anything from falling down to us?
4) Is the moon alive or is there just living things on the moon?
4a) If the moon is alive, how do you know if you haven't seen it reproduce?

3) For such a smart-alec, you sure don't know jack about the Universal Accelerator. That's like asking if my table will keep crumbs from falling onto my laptop.

4) Where does one end and the other begin?

4a) It reproduces with itself.

I'm still waiting for ANY scientific data that supports this.  And if us telling you we "can see it plain as day" when referring to anything RE, you cannot use this line when trying to back up your own bullshit.

Quote from: Lord Wilmore on May 01, 2010, 06:05:55 AM

When have I talked about weather or migration? I remain to be convinced that Lunar cycles or eclipses are caused by either. As for periods, they are simply one example - the astounding regularity of some biological phenomona is well documented and a ridiculous point to debate against.

Since your post appeared to look exactly like a response to mine, that's when. Coincidence?

Quote from: SupahLovah on April 30, 2010, 09:19:00 AM

What does the moon eat?

It eats itself like an ouroboros.

Quote from: Skeptic

How could it turn me to stone?

It could look at you like Medusa.

Quote from: Thermal Detonator on May 01, 2010, 06:41:24 AM

Quote from: Lord Wilmore on May 01, 2010, 06:05:55 AM

When have I talked about weather or migration? I remain to be convinced that Lunar cycles or eclipses are caused by either. As for periods, they are simply one example - the astounding regularity of some biological phenomona is well documented and a ridiculous point to debate against.

Since your post appeared to look exactly like a response to mine, that's when. Coincidence?

I was responding to the bit about the Lunar biomass. If I had been responding to the bit about the 'weather cycle' theory, I would have mentioned a relevant example. This isn't difficult stuff.

Quote from: EnglshGentleman on May 01, 2010, 02:51:24 PM

At what rate is the moon eating itself and how?

At a constant rate, with gusto.

3) For such a smart-alec, you sure don't know jack about the Universal Accelerator. That's like asking if my table will keep crumbs from falling onto my laptop.

Quote from: James on May 01, 2010, 02:42:18 PM

3) For such a smart-alec, you sure don't know jack about the Universal Accelerator. That's like asking if my table will keep crumbs from falling onto my laptop.

Well, the Moon is floating above Earth, moving upwards at the same rate.

Why isn't the things from the Moon also moving at the same rate?

Is the Moon shooting us?

Quote from: flyingmonkey on May 02, 2010, 08:18:51 PM

Quote from: James on May 01, 2010, 02:42:18 PM

3) For such a smart-alec, you sure don't know jack about the Universal Accelerator. That's like asking if my table will keep crumbs from falling onto my laptop.

Well, the Moon is floating above Earth, moving upwards at the same rate.

Why isn't the things from the Moon also moving at the same rate?

Is the Moon shooting us?

No.  Obviously the moon is excreting on us.  The "blood rain" is lunar urine and "mana" is lunar dung falling on us.

Quote from: James on May 01, 2010, 02:42:18 PM

3) For such a smart-alec, you sure don't know jack about the Universal Accelerator. That's like asking if my table will keep crumbs from falling onto my laptop.

Well, the Moon is floating above Earth, moving upwards at the same rate.

Why isn't the things from the Moon also moving at the same rate?

Is the Moon shooting us?

Quote from: flyingmonkey on May 02, 2010, 08:18:51 PM

Quote from: James on May 01, 2010, 02:42:18 PM

3) For such a smart-alec, you sure don't know jack about the Universal Accelerator. That's like asking if my table will keep crumbs from falling onto my laptop.

Well, the Moon is floating above Earth, moving upwards at the same rate.

Why isn't the things from the Moon also moving at the same rate?

Is the Moon shooting us?

When light shines on a metal surface at a certain wavelength, the surface emits a burst of electrons. When large enough lights do this on the surface of a large enough metal surface, they adopt the function of massice discs, the continuous stream of electrons keeps them aloft above the plate. This is known as the photoelectric effect, and it is what keeps the Sun and the Moon aloft. Since Moonblood and Manna do not shine, they are not suspended in this manner.

When light shines on a metal surface at a certain wavelength, the surface emits a burst of electrons. When large enough lights do this on the surface of a large enough metal surface, they adopt the function of massice discs, the continuous stream of electrons keeps them aloft above the plate. This is known as the photoelectric effect, and it is what keeps the Sun and the Moon aloft. Since Moonblood and Manna do not shine, they are not suspended in this manner.

Quote from: James on May 01, 2010, 03:43:09 PM

Quote from: EnglshGentleman on May 01, 2010, 02:51:24 PM

At what rate is the moon eating itself and how?

At a constant rate, with gusto.

Please explain how you know this, citing relevent observational data and measurements and a description of how the observations were conducted. In other words, prove you aren't making it up. Because I think you are.

Oh yeah, while you're at it, explain the difference in apparent position of Endymion crater as pointed out in the OP.

When light shines on a metal surface at a certain wavelength, the surface emits a burst of electrons. When large enough lights do this on the surface of a large enough metal surface, they adopt the function of massice discs, the continuous stream of electrons keeps them aloft above the plate. This is known as the photoelectric effect, and it is what keeps the Sun and the Moon aloft. Since Moonblood and Manna do not shine, they are not suspended in this manner.

My guess it that James feels that the moon's own bio-luminescence is supplies enough light to maintain the photoelectric suspension.  However, I would be interested in seeing if he (or anyone) could calculate how much light would be required to generate the electron stream required to maintain the suspension.

So when it's new moon and the surface is not illuminated, the moon plummets down? If his theory is correct, the height of the moon above the ground would vary significantly.

What light illuminates the moon?

Quote from: James on May 03, 2010, 02:50:57 AM

When light shines on a metal surface at a certain wavelength, the surface emits a burst of electrons. When large enough lights do this on the surface of a large enough metal surface, they adopt the function of massice discs, the continuous stream of electrons keeps them aloft above the plate. This is known as the photoelectric effect, and it is what keeps the Sun and the Moon aloft. Since Moonblood and Manna do not shine, they are not suspended in this manner.

So the Earth is becoming more and more positive, while the sun and moon are somehow being bombarded with enough electrons to hold them up, grow incredibly negative?  You realize the charge difference would create either sun/moon-to-Earth lightning or (if there's no medium to move through) they'd both act like gigantic magnets and attract each other?

Where does this light come from, and why is more light emitted from the Sun than shone towards it? Also still waiting for answer to my preivious question about the Moon "eating itself" and the original post also - explain crater movement.

Quote from: markjo on May 03, 2010, 12:36:27 PM

My guess it that James feels that the moon's own bio-luminescence is supplies enough light to maintain the photoelectric suspension.  However, I would be interested in seeing if he (or anyone) could calculate how much light would be required to generate the electron stream required to maintain the suspension.

So when it's new moon and the surface is not illuminated, the moon plummets down? If his theory is correct, the height of the moon above the ground would vary significantly.
Oh yeah, James will also tell us why we don't see perspective making the Flat Disc Moon^TM look elliptical.

My guess it that James feels that the moon's own bio-luminescence is supplies enough light to maintain the photoelectric suspension.  However, I would be interested in seeing if he (or anyone) could calculate how much light would be required to generate the electron stream required to maintain the suspension.

Massice suspension is difficult to replicate on Earth, so there are unfortunately variables missing from an armchair calculation.

If I were funded, I would be able to construct the apparatus necessary to perform the required tests.

The atmolayer is a dome. When light enters it, it distorts the location of objects, just as most other non-vacuum media which light move through do.

Quote from: James on May 03, 2010, 02:15:25 PM

The atmolayer is a dome. When light enters it, it distorts the location of objects, just as most other non-vacuum media which light move through do.

A dome, as in a physical object?