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Time lapse photo of the movement of 2012 VP113 (color digitally added)

Time lapse photo of the movement of 2012 VP113 (color digitally added)

Astronomers today announced the discovery of a new dwarf planet at the edge of the solar system. Until the appropriate nomenclatural bodies settle on a snappier name, the tiny body will be known by the unwieldy moniker of 2012 VP113. The little planetoid is estimated to measure about 450 kilometers in diameter (so it is much smaller than other plutoids like Haumea (which is approximately 2,000 km x 1,500 km x 1,000 km). Speaking of Haumea, which has a mysterious pink spot, the new object (which I’ll call VP113, for short) is also suspected to be light pink because radiation causes the frozen gases to decay to that color.

Even when it is closest to the sun, the little planetoid is still 12 billion kilometers (7.4 billion miles) distant from our home star–but at the farthest extent of its orbit 2012 VP113 is a whopping 70 billion kilometers (44 billion miles) from Sol. That’s almost a thousandth of a light year! The irregular orbit takes 44,000 Earth years to complete—which means one year there is a very long time!


You might be wondering why I am taxing your brain with obscure snowballs, but, astronomers are very interested in VP113 because of what it might reveal about the origins of the solar system. In 1951, the Dutch-born astronomer, Gerard Kuiper, predicted the existence of a vast cloud of icy objects at the remote edge of the solar system. The Kuiper belt has indeed been discovered—it is a belt of dust and icy objects approximately between Neptune and Pluto. In 1950, a Dutch astronomer, Jan Hendrik Oort revived an idea from the 1930s (from Estonian Ernst Öpik) that there was a huge spherical cloud of comets, vapor, and icy planetoids at the edge of the solar system—beyond even the orbits of miniature planets Eris, Sedna, and VP113. [I don’t know why all the scientists who theorized about the solar system’s icy edges were northern Europeans].


The discovery of VP113 proves the existence of the inner Oort cloud and provides astronomers with a source of information about the objects in the Oort cloud. Additionally the extremely strange orbits of VP113 and Sedna begin to suggest that an alien star disturbed the Oort cloud in the past—or that there may still be an Earth sized planet at the true edge of the solar system.

Norse mythology featured two possible versions of the afterlife. Odin, the chief of the Æsir, needed heroes to fight beside the gods during Ragnarök, the final battle. Thus whenever heroic warriors died in battle, Valkyries carried their spirits to Valhalla to enjoy fighting, feasting, and quaffing among the company of gods and heroes. The majority of souls did not have such a glorious end though.  The dark goddess Hel gathered up the spirits of non-heroes and held them forever in a cold realm named after herself.  Of the many gods and goddesses of the underworld, Hel is one of the most chthonic and horrible.


Hel was the child of Loki who (like Echidna in the Greek canon) spawned many of the worst monsters in the Norse pantheon.  Hel’s dismal kingdom was located in the frozen realm of Niflheim, the deepest and oldest part of creation where ancient monsters and primordial gods gnaw at the roots of existence.  A dismal and unhappy goddess, Hel is portrayed as half beautiful maiden and half-rotten corpse.  Contemporary artists tend to show this split as a left/right juxtaposition, but older sources portray her with a hag’s living head and torso—and as a filthy rotting corpse from the waist down.

Hermod before Hel (John Charles Dollman, 1909, print)

In temperament Hel was indifferent, and quiet.  She sat in haughty silence on a raised dais in the immense cold hall of the dead.  Stretched in ranks beneath her were all the souls who died of sickness, old age, misadventure, and murder.  Whenever Hel appears in myths she is implacable and stern–not evil, so much as beyond the concerns of morality and heroism.  In the troubling tale of Balder (which describes how the god of happiness was killed) she ends the story by imprisoning the dead god in her gray kingdom with the statement “Hel holds what she has.”

Goddess Helby (digital art by *Scitza on deviantart)

Loki’s other monstrous offspring, the Midgard Serpent and Fenris wolf, are Hel’s half-siblings.  During Armageddon, all three entities play a part in destroying the world. The last battle will commence when Loki escapes the dungeon where he was confined for his role in Balder’s death.  After countless centuries of frozen emptiness, Hel will lead all of her subjects to the field of Vígríðr, where she will join forces to fight for her father Loki. The Midgard serpent will eat the sun, but be killed by Thor (who will himself take a mortal wound).  The Fenris wolf will break free and kill Odin only to fall before his sons. Amidst the unimaginable slaughter of the apocalypse all of the spirits of all the dead will finally fall in furious battle. At the end, Hel herself will perish along with the world and all things in Surtr’s fire.

The children of Loki ( Willy Pogany, 1920)

Antarctica Seen from Space

Imagine standing high above planet Earth and looking down at the blue and white band of seas surrounding Antarctica.  You are looking at one of the most important features of the Earth’s surface.  The turning of the planet and strong westerly winds drive the cold deep waters of the Southern Ocean into the planet’s largest and most powerful current system, the Antarctic Circumpolar Current (ACC).  The clockwise current isolates the frozen continent into its own self-replicating climate. Since there are no great land masses lying in the ring of open water at these latitudes, the ACC also forces waters from the ocean depths up to the surface.  This upwelling brings rich nutrients from the depths and causes immense blooms of phytoplankton (which in turn nurture life throughout all the world-ocean).  Additionally the current stirs the circulation of the Atlantic, Pacific, and Indian Oceans.

The ACC has been known to sailors for centuries.  A sailing ship can travel west along the current with great speed (if the sailors have the bravery and stamina to confront the fierce winds of “the roaring forties”).   The “clipper route” was the fastest sailing route around the world, but it was dangerous.  The three great capes (Cape Horn, the Cape of Good Hope, and Cape Leeuwin) all claimed innumerable lives as did wind, ice, and storm.  Today the clipper route has been abandoned as self-powered ships bring their cargoes of plastic junk straight across the ocean from China (and then cut across the Panama Canal) but sailing enthusiasts still recognize the fastest way to ride the wind around the planet.  The major circumnavigation sailboat races all travel the clipper route.

“Roaring Forties” (Gordon Frickers, oil on canvas)

The true history and significance of the ACC vastly exceeds the paltry recent concerns of navigation and world trade.  Geologists estimate that the ACC current began spinning around 34 million years ago at the end of the Eocene epoch as Antarctica split from Australia and drifted further south.  Back when Antarctica and Australia were still connected, the great amalgamated continent was a place where cold southern water and chill weather mixed together with tropical warmth—thus causing the whole planet to warm up.  However when Antarctica broke away and drifted south, it started a series of climate feedback loops.  The oceans around the continent began to freeze and ice started to build up on the mountains.  An entire continental ecosystem began to change in the cold.  The tropical forests (which had been filled with strange marsupials) began to die and become tundra.  As the Oligocene progressed and Drake’s Passage widened, the rivers–once filled with catfish–turned to ice.  The landmasses of Antarctica became crushed down under immense glaciers.  Antarctica died in the cold.  By 15 million years ago it became as it is now–home to only tardigrades, lichen, and a handful of visiting birds and seals.

The Transantarctic Mountains (photo by John Goodge)

Even now the Antarctic Circumpolar Current still isolates the continent from the warmth of the rest of the world.  Yet through upwelling of iron and other nutrients, the current bolsters an immense fecundity of phytoplankton–the great primary producer of the ocean.  Masses of copepods and krill feed on the algae and the diatoms and they in turn are eaten by fish, mollusks, mammals, birds, filter feeders…everything.  The great southern oceans are among the most diverse and strange habitats for living things.  It is there that the largest mollusk on the planet is found—which is the subject of an upcoming post.

The surface area of Earth is about 510 million square kilometers.  That number adds some perspective to the giant storm which has been raging on Saturn since December and now covers approximately 4 billion square kilometers of the gas giant planet.

The Storm Raging on Saturn (photo from the Cassini probe, NASA)

Saturn’s atmosphere is usually calm and tranquil–although powerful storms have been observed by telescope in the past. Now however Saturn is being closely observed by NASA’s Cassini space probe which is in orbit around the planet and we have some precise details.  At the storm’s height, Cassini detected over 10 lightning strikes per second.  Additionally, these lightning bursts can emit 10,000 times the amount of electrical energy as a typical lightning burst on Earth.  Saturnian meteorologists (or whatever weather scientists for the great ringed planet are called) speculate that this super lightning is so powerful because of the juxtaposition of layers of water ice with layers of crystallized ammonia.

A Detailed False Color Picture of the Storm (NASA)

Saturn’s weather is known to fluctuate with the change of the season on the frigid planet and the huge rings are presumed to affect the weather in unknown and unpredictable ways. The current giant storm is taking place in the northern hemisphere of Saturn, which is entering spring.

Although Saturn’s storms are not as well-known as the Great Red Spot on Jupiter, the planet’s north pole does feature a hexagonal storm which has persisted for at least 25 years.  Named for Jupiter/Zeus’ father (who was known as Cronus to the Greeks), the planet Saturn is the second largest in the solar system with a surface area of 4.27 x 1010 square km.  The planet is orbited not only by its famous rings but also by at least 62 known moons including Titan, the only known satellite with a dense atmosphere, and Mimas, which features the largest known impact crater.

Ye Olde Ferrebeekeeper Archives

July 2020