hammurabishamash2Atop the famous stele containing Hammurabi’s Code is a depiction of Hammurabi and Shamash, the Sun god, who was also the Babylonian god of justice.  The swirling headdress of Shamash in this image might seem merely decorative, but in fact it possesses a dynamic meaning.

At the back of Shamash’s head is an oval object that has no obvious purpose.  It appears to be attached to the coiled shape of the headdress, as if it were the head of a serpent.  But why would Shamash be wearing a serpent on his head?

To answer this question, one must become aware of the compelling new evidence for and reinterpretation of Continue reading »

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220px-GD-EG-KomOmbo016Sekhmet (“The Mighty One”), the lion-headed goddess of ancient Egypt, was dreaded for her bloody rampages.  Yet she became the protector of kings and a favorite personal goddess of millions of Egyptians.

Why did Egyptians have a goddess who required such assiduous and even obsessive propitiation?  Why did other Egyptian goddesses play roles similar to Sekhmet’s?  What explains Sekhmet’s dual nature as destroyer and protector?  Why was she called the Eye of Ra?  Why was she originally depicted with an oval disk on her head?

We now have good answers to these questions.  But in order to understand them, we need to see why we should think that Sekhmet was Planet Venus.  And that requires us to investigate a major case of scientific rejectionism. Continue reading »

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stonehenge3One of the world’s most famous monuments, Stonehenge abounds in mysteries and anomalies.

Why was Stonehenge built in the first place?  Why was it radically transformed shortly before 2500 BC into a masterpiece of megalithic architecture?  What explains the intricate, changing patterns of the stones over time?  Why were the lintels so carefully jointed, and why were they made almost perfectly level?  Why the extraordinary effort?

There are rather simple answers to these and other questions, but to get to them we need to set aside preconceptions and come to terms with something that isn’t so simple. Continue reading »

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The_Earth_seen_from_Apollo_17There are good reasons to think that Earth has turned over on various occasions.  But who can be surprised that this notion—so removed from everyday experience and common sense—seems less than instantaneously persuasive?

The good reasons include telling evidence in narrative testimony and correctly interpreted myths of the ancients, embedded patterns in ancient cultures that give evidence of inversions, and the insights and arguments of two formidable researchers.  Now we can 1) add new reasons that strengthen the case; 2) specify the approximate dates of four inversions; 3) comprehend that Earth is actually prone to inversion; and 4) point to where to find more evidence.  We can also see that understanding inversions not only helps us correct errors in interpreting past planetary and Earth science but also provides clues relevant to climate change. Continue reading »

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When Venus first appeared in the skies shortly before 2500 B.C., ancient peoples worldwide strove to come to terms with this brilliant and awesome new comet-planet (the best account is in Immanuel Velikovsky, Worlds in Collision, though it needs some revision).  That meant assigning the deity a gender and a name.

In the Near East, they tried both genders.  In its masculine incarnation, Venus became the Bull of Heaven (as Velikovsky pointed out, the comet-planet’s body blocked the sun’s rays from the central portion of its tail and thus it was seen as having two horns).  In its feminine version, Venus was called Ishtar or Astarte; and in the Levant Astarte was depicted with serpents in her hands—the twin tails of the comet.

In Greece, according to Velikovsky, planet Venus was originally named Athena. Continue reading »

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winged-disk susa

New evidence and interpretation at the intersection of astronomy and religion can help us better understand the history of the Ancient Near East and of the origins of Islam.

In recent years, a revised and enhanced version of Immanuel Velikovsky’s theory that32immanuel-velikovsky-1 the planet Venus first entered the inner solar system as a comet with a bifurcated tail around 1500 B.C. (new evidence indicates shortly before 2500 B.C.) has found plentiful substantiation.  Now we have a much better explanation of the origin of Venus (it was pulled from the outer solar system by Jupiter’s gravity and, via tidal heating, became a comet with a long tail, €”overcoming the leading objection to Velikovsky’s theory).  Venus interacted with the Earth on a 52-year cycle during the Late Bronze Age, causing catastrophes worldwide.  And we now have a framework theory of the terrestrial planets into which these phenomena neatly fit and for which there is much telling evidence.  For Comet Venus, there is also newly interpreted, compelling iconographic and linguistic evidence.  The names of both Athena (A Fena, the Phoenician) and Poseidon (Bos eidon, the Bull of Heaven), for instance, referred to the double-tailed Venus.

So we can ask, with new-found confidence that the Ancients and Velikovsky were right about Venus, how can we use this to better decipher aspects of the culture of the Ancient Near East and of the background of Islam?

Continue reading »

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Mars Earth NASAThere’s no shortage of candidates for the cause of the mass extinctions of prehistory. But experts have found flaws in every one.

Asteroid impact at Chicxulub, Yucatan clearly played a role in the Cretaceous-Tertiary (KT) extinction that wiped out the dinosaurs 65,000,000 years ago, though scientists differ on whether it actually caused the extinction because serious disruptions had begun hundreds of thousands of years before with the basalt flows of the Deccan Traps.1 Some researchers argue that giant basalt lava flows that poisoned the atmosphere and oceans played a central role in all five major extinctions. But no consensus exists on what forces triggered them.

Lurking in the background, however, is a quite plausible cause, one that would have possessed the power to set off the volcanic activity, air pollution, sea level shifts, loss of oxygen in oceans, climate changes, and other phenomena associated with the extinctions. Yet this cause does not seem to have been proposed, and proving or disproving it will require a good deal of investigation. Curiously, nonetheless, a significant body of relevant research has already been carried out in a subject parallel to the extinctions. But that research languishes in a scientific limbo.

The Martian Theory Continue reading »

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A new theory of the origin of the terrestrial planets—that Jupiter’s gravity pulled them inward from the outer solar system—solves longstanding scientific riddles and offers a rich agenda for further investigation.

The origin and distribution of water on the terrestrial planets make a good place to start investigating this theory. Radiation pressure and the solar wind pushed water molecules out beyond the “snow line” around 4.5 AU, so how did Earth come to have a relatively significant amount of water?

Continue reading »

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Sea-based approaches to the disposal of nuclear waste make it hard for terrorists, rebels, or criminals to steal for use in radiological weapons or in nuclear bombs. The world’s oceans have a vastly greater dilutive capacity than any single land site in the event of unintended leaks (though by the same token the effects of a leak could travel farther). And seawater itself contains a variety of radionuclides, so treating it as a domain in which there is no natural radioactivity runs counter to fact. Meanwhile, without a great deal of additional investment and endless political arguments, land-based geological storage sites will not have the capacity to store all the waste that will be generated in future decades.

The most important rationale, though, is that siting, constructing, and operating land-based long-term storage sites constitute major, difficult technological and political problems.  It is wrongheaded and irresponsible to assume that many relatively poor, unstable, and technologically lagging countries with nuclear reactors will deal successfully with these challenges.  Too many things can go wrong, with disastrous outcomes.

So a shared international solution to the problems of the long-term storage of nuclear waste should represent a high priority.  And investigating sea-based solutions makes eminent sense because they are peculiarly suited to international cooperation.

Four sea-based approaches recommend themselves. Continue reading »

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Kenneth J. Dillon, Intriguing Anomalies: An Introduction to Scientific Detective Work
[With some updating.  Scientific citations can be found in the original:  Here.]
Chapter 9
Theory of the Red Blood Cells

red blood cells

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