Sometimes it is the simplicity of logic and thought which exposes the true lies of heliocentric theory.
According to every astronomist, physicist, NASA engineer and astrophysicist, the Earth spins at 1,000 mph on its axis, while hurling some 533 million miles around the Sun, some 93 million miles away, in one year.
This means that the Earth, with moon in orbital, tidal locked tow, is hurling at 68,000 mph, or over 1,000 miles per SECOND.
In addition, all the “experts” agree that our Solar system is trucking around the entire Milky Way in a spiral trajectory traveling at over 500,000 mph, keeping all planets and moons in lock with the Suns orbit.
Is there any university trained scientist with P.H.D’s disagree with this? NO!! nary a one.
Here is a visual produced by Physicist Nassim Harrimein.
So how the hell do we have annual comet showers, occur at nearly the exact same time above us, same place in the sky, year after year, decade after decade….
…if our entire solar system has moved hundreds of thousands of miles through space each and every year, as revered scientist allege?
Are the comets in a “tidal lock” with us as well?
Does the “atmosphere” of our Milky Way carry all with here as we rotate around our galaxy while still claiming that space is a “vacuum”??
Time to wake up and smell the massive lies.
It’s all a big lie. All of it.
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Date
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Description
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Duration
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| January 4 | Quadrantids: Radiant–Bootes. Very short lived shower, less that one day. Variable rate, but generally around 60 per hour. Speed 41 kps and bluish color. | |
| January 16 | Delta Cancrids: Radiant–just west of Beehive. Minor shower, rate about 4 per hour. Very swift. | |
| January 18 | Coma Berenicids: Radiant–near Coma star cluster. Only one or two per hour, but among fastest meteors known–65 kps. | |
| February 26 | Delta Leonids: Radiant–midway in Leo’s back. Feb. 5 to Mar. 19 with peak in late Feb. 5 per hour at 24 kps. | |
| March 16 | Corona-Australids: Radiant–16 hr 20 min, -48 deg. 5 to 7 per hour from Mar. 14 to Mar. 18. | |
| March 22 | Camelopardalids: No definite peak, with only one per hour. Slowest meteors at 7 kps. | |
| March 22 | March Geminids: Discovered in 1973 and confirmed in 1975. Rate generally about 40 per hour. Seem to be very slow meteors. | |
| April 4 | Kappa Serpentids: Radiant–near Corona Borealis . 4 or 5 per hour from Apr. 1 to 7. | |
| April 7 | Delta Draconids: Radiant–near Cepheus border. From Mar. 28 to Apr. 7. Slow meteors at about 5 per hour. | |
| April 10 | Virginids: Radiant– near Gamma in bowl of Virgo. 20 per hour. | |
| April 15 | April Fireballs: Radiant– between The Water Jar and Scutum, very erratic. From April 15 to 30 many bright bolides from Southeastern sky. | |
| April 17 | Sigma Leonids: Radiant– at Leo Virgo border, actually has moved into Virgo in recent years. Weak shower of 1 to 2 per hour. | |
| April 22 | Lyrids: Radiant– near Vega. 15 per hour, bright and long lasting meteors. From Comet Thatcher. | |
| April 25 | Mu Virginids: Radiant–near Libra. 7 to 10 per hour of medium speed meteors. | |
| April 28 | Alpha Bootids: Radiant– near Arcturus. From Apr. 14 to May 13. Slow meteors with fine trails. | |
| May 1 | Phi Bootids: Radiant–near Hercules. From Apr. 16 to May 12. 6 per hour. | |
| May 3 | Alpha Scorpiids: Radiant– Near Antares. From Apr. 16 to May 9. | |
| May 4 | Eta Aquarids: Radiant– near Water Jar. From Apr. 21 to May 12. 21 per hour, yellow with bright trails. Comet Halley debris. | |
| June 3 | Tau Herculids: Radiant–near Corona Borealis. About a month long, 15 per hour max, most quite faint. | |
| June 5 | Scorpiids: Radiant–near Ophiuchus. 20 per hour with some fireballs. | |
| June 7 | Arietids: About 30 per hour. Slow moving with some fireballs. | |
| June 13 | Ophiuchids: Radiant– near Scorpius. Only 3 per hour but fast moving bolides are common. | 25 days |
| June 16 | June Lyrids: Radiant–near Vega. Another part of May Lyrid meteor stream. 15 per hour, faint blue meteors. | |
| June 20 | Ophiuchids: Radiant– near Sagitarrius. Rate varies from 8 to 20, with occaisionally many more. | |
| June 30 | June Draconids: Radiant–near handle of Big Dipper. Rate varies from 10 to 100 per hour. Pons-Winnecke Comet is parent. | |
| July 28 | Delta Aquarids: Radiant–near Capricornus. 25 per hour, slow (24 kps) with yellow trails. | 40 days |
| July 30 | Capricornids: Radiant–near Aquarius. Tough to tell these from Delta Aquarids. 10 to 35 per hour with bolides. | |
| August 10 | Perseids: Radiant–near Double cluster. 50 to 100 per hour, yellow with trails and bolides. The best modern dependable shower. | 5 days. |
| August 20 | Kappa Cygnids: Radiant–near Deneb. 12 per hour with many fireballs. Duration–15 days. | |
| August 31 | Andromedids: Radiant– near Cassiopeia. Occaisionally spectacular, usually 20 per hour. Some red fireballs with trails. Biela’s Comet parent. | |
| September 23 | Alpha Aurigids: Radiant– near Capella. 12 per hour, fast with trails. | |
| October 7 | Piscids: Radiant–near Aries. 15 per hour at 28 kps. | |
| October 9 | Draconids: Raidiant–near Hercules. Spectacular when comet Giacobinni-Zinner passes near Earth. 200 per hour when comet is close is not uncommon, 1000 per hour sometimes. | |
| October 20 | Orionids: Radiant–near Taurus. 30 per hour, fast (67 kps) often in colors with long trails. | 8 days. |
| November 5 | Taurids: Radiant–near Pleaides. 10 per hour with many fireballs. Debris from comet Encke. | 45 days. |
| November 12 | Pegasids: Radiant–Near Square. from Oct. 10 to late Nov., 10 per hour, used to be spectacular. | |
| November 17 | Leonids: Radiant–near Sickle. Most spectacular of modern showers. 1966 saw 500,000 per hour– 140 per second. Comet Temple–Tuttle is parent. 20 per hour between 33 year shows, fastest known at 71 kps. | 4 days. |
| Decmeber 10 | Monocerids: Radiant– near Gemini. 12 per hour. | |
| Decmeber 11 | Sigma Hydrids: Radiant–near Head. 12 per hour, fast. | |
| Decmeber 14 | Geminids: Radiant–near Castor. 60 per hour, many bright, white but few trails. Icarus, the Earth-crossing astroid seems to be the parent. | 6 days. |
| Decmeber 14 | Leo Minorids: 10 per hour, somewhat faint. Discovered by amateurs in 1971. | |
| Decmeber 20 | Delta Arietids: 12 per hour, must view in early evening, before radiant sets. | |
| Dec. 22 | Ursids: Radiant–Little Dipper Bowl. Medium speed, 20 per hour, many with bright trails. |
Aplanetruth.info 
Indeed I agree with your argument for which it can also be applied to the pole star, Polaris. One notes there is also an issue with the earth’s tilt leading up to the two vernal equinoxes. Timeanddate.com states in London (solar noon) it is claimed the earth is tilting towards or away from the sun at about 42000 km per day, or 1087 mph. It is claimed installing and setting up a TV satellite dishes is critical in getting a good signal. However why is it not necessary to realign all satellite dishes on a daily basis?
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I appreciate all the great work you do. Meteors may be, as The Wild Heretic proposes, fallen debris from the dome. Periodic showers are possibly the result of the dome’s turbine-like movement over the flat plane battery. So a comet like Halley, or a yearly meteor shower, could result from some natural and recurring electromagnetic feature of the dome. The WH site points to tektite as the dome’s silicon dioxide material found in abundance in Egyptian deserts, Libyan glass. .
Comets, though, are a different animal. And very dangerous. I forget what you said about them. Acc. to Coherent Catastrophism theory, they are what cause world ages to end. My own wild guess is that they are birthed from Jupiter and other planets. Velikovsky wrote that Venus was a comet when she appeared and “insulted earth” for centuries with fiery plasma.
(Suggestion: here is a minor point and you may want to delete this comment — the earth and sun “hurtle” through alleged space. They don’t hurl. 🙂
But it is always a good idea to cite textual sources of your information, the speeds of earth and sun.)
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Nassim Harrimein is more of a snake oil salesman than a scientist. His video here is not accurate either. It would require the eclipic plane to be perpendicular to the galatic plane. The angle is closer to 60 degrees. Harrimein likes to model it this way because it gives him spirals which he seems to think most things can be boiled down too. 60 degrees screws with this.
Also, what the author is failing to notice is metoer showers strongly support the helocentic model. They always occur at the same time of year. They alway tend to come from the direction of a constellation, a constellation that at that time lies in the direction of the earth’s forward movement in the heliocentric model. This completely makes sense as comet debris left behind by a comet in a spot in the earths orbit.
The same thing that holds the planets in orbit, holds the comet debris in orbit- the suns gravity and interia. The debris was already moving at the speeds mentioned, since it came from a comets that was orbiting the sun, it inherently is already moving with the sun, just like the earth. Thinking the debris should just be left behind in space is of like thinking when you ride on a bus, your body will be drawn to the position you currently are, so when the bus moves forward, you will fly to the back of the bus and stick to the back door, even when the bus is going a constant velocity. Now if the sun underwent a strong acceleration about its orbit about the sun, one that generated a centrifugal force stronger than the gravitational force, I suppose that centrifugal force could shake things up some.
I’d really be more interested in how the author or anyone else thinks geocentrism or a non moving flat earth can explain meteor showers predictability. However, I have my doubts this will be published here.
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