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Asteroids: two close passes in two days

In the last two days, two asteroids have come closer to earth than the moon. These asteroids follow cometary, or highly eccentric, orbits. As such they defy conventional theories of the origins of comets or asteroids. For that reason they lend further credence to another, more radical, yet simpler, explanation. Which is: asteroids and comets formed from material that launched into space during the Global Flood.

Illustration of close approach of Asteroid 2014 DX110 to earth.

Two near-earth asteroids

Yesterday, Asteroid 2014 DX110 passed within 345,600 kilometers (216,000 miles) of the earth. (The moon orbits the earth at a distance varying from 363,000 to 406,000 kilometers.) Astronomers guess Asteroid 2014 DX110 is 60 to 140 feet wide. (Source: NASA/JPL/Caltech. See also Alan Boyle's report from NBC News, and the animation published to YouTube.)

Today saw another pass by an asteroid, this one even closer. Asteroid 2014 EC measures 33 feet wide and came within 55,600 kilometers of earth. (Source:, reprinted at CBS news. also has an animation of the asteroid's orbit.) quotes Don Yeomans, manager of the Near-earth Object program at NASA, as saying one should expect such close passes once every two weeks. And in fact, a small asteroid did pass that close to earth two weeks ago.

Where do asteroids come from?

Why do asteroids pass so close to earth, so often? To answer that, one must first understand where they came from. Walter T. Brown, originator of the Hydroplate Theory of the Global Flood, lists three explanations:

  1. A planet, in orbit at about 2.8 AU, exploded, or passed too close to Jupiter, which pulled it apart. The problem: all the asteroids in the Belt, even combined with the dwarf planet Ceres, would make a mass lighter in weight than the earth's moon.
  2. A planet tried to form at 2.8 AU, but failed.
  3. His own explanation: vast quantities of water, rock and mud escaped into space with the rupture of a subcrustal ocean on earth. The largest rocks continued as small asteroids in their own right. Smaller rocks clumped together with water ice. Later, the sun, heating them on one side at a time, effectively pushed them out from 1 AU to 2.8 AU. Many of these collections of rock and ice coasted further out, only to fall into two gravity traps associated with Jupiter, namely, its Trojan points.

Brown spoke to this Examiner today about the latest two near-earth asteroids. The news of Asteroid 2014 EC surprised him, but only mildly: he hadn't heard the news, but the new finding simply affirms his theory further. He confirmed that the presence of small asteroids, making near passes at earth, and moving in eccentric orbits, militates against the exploded-planet and failed-planet theories. That's because so many asteroids assuming elliptical orbits, and happening to approach so close to earth, are hard to explain if asteroids were supposed to come from a place 2.8 times as far from the sun as the earth itself.

But Brown threw in a word of caution:

Some of those objects we keep calling asteroids, could be burned-out comets, that have lost all their volatiles and are down to their rocky cores.

That possibility should remind us of another interesting fact:

Since 1981, Earth satellites have photographed tiny spots thought to be small, house-size comets striking and vaporizing in our upper atmosphere. [See Figure 33 on page 42.] On average, these strikes occur at an astonishing rate of one every three seconds! Surprisingly, small comets strike Earth’s atmosphere ten times more frequently in early November than in mid-January—too great a variation to explain if the source of small comets is far from Earth’s orbit.

Brown reminded this Examiner of something else: at the rate they're falling, small comets should, over 4.5 billion years, have delivered more water to earth than one can find in all the earth's rivers, lakes, and oceans.

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