Here's my first sketch showing the moon creation dm comet inside the Earth which will both magnetise the adjacent solid iron core to create the Earth's magnetic field *and* churn the inner mantle to create the electric field.Attachment #1: Internal_Comet_Earth.jpg
This could be the basis for all the fine tuning needed to predict planetary spins and orbits.Attachment #1: Internal_Earth.jpg
We now have a model for the millennial cycle which fits the shape of the curve in Rahmstorf's Timing Of Abrupt Climate Changes. With this new mental image of the moon creation dark matter comet, Figure 1 shows a perfect fit at D-O events 7,6 and 5 especially. As the moon's orbit moves towards the ecliptic, as seen from the northern hemisphere, it will experience a repulsive impulse from the dm comet. This will dramatically increase the tide raising forces on Earth, despite the moon moving further away in it's orbit. When the moon's orbit passes the repulsive zone it will momentarily experience normal gravitational attraction before passing through the attractive impulse phase below the Earth's equator. This will similarly dramatically increase tide raising forces, but at the same time bring the moon closer to the Earth, for a prolonged period of higher tides. This double peak can be seen before the spike of D-O 7,6 and 5. There's similarly a double peak on the slightly gentler cooling side of the warming events.
The moon is currently moving away from the Earth, which fits with a northern hemisphere lunar orbit. The moon would have risen through the repulsive impulse phase and moved further way from the Earth. When it returns on it's cycle it will move further way still before reaching the attraction zone of the southern hemisphere.
My apologies for not explaining this more clearly, but I wanted to get something done in writing straight away.Attachment #1: Millennial_Cycles.jpgAttachment #2: Lunar_Millennial_Cycle.jpg
The 1,800-year oceanic tidal cycle: A possible cause of rapid climate change can now be seen to fit the 1,470 year cycle given above, if dark matter comet impulses are considered. Here's a quote from that paper:
[*quote*]A cause for such greater regularity in tidal forcing might be resonances of other bodies of the solar system, especially the outer planets. We are struck by the close correspondence of the average period of the 180-year tidal cycle of 179.5 years (1/10 of that of the 1,800-year cycle) and the period of the sun's rotation about the center of mass of the solar system of 179.2 years, the latter a manifestation of planetary resonances (13).[*end quote*]
This 360 year movement of the sun relative to the earth is another important change in the dark matter impulses of the buried moon creation comet. It's the source of the 'little ice age' imo and is probably the biggest influence on our human civilisation w.r.t dramatic climate change.
Both these cycles need careful analysis and consideration with immediate effect.
Not the sun's position in the 360 yr cycle but that of the planets, especially Jupiter. It links with the aforementioned ice age cycle as well as the so called split peak problem.
I have a solution for the twice size spider monkey finds. The Lachamps geomagnetic excursion of 40kya was caused by a dark matter comet impact on the south coast of Australia, creating the Nullarbor plain. The energy of the dark matter impact was enough to disrupt the mantle flow and therefore the Earth's magnetic field. This collapse of the geomagnetic field, evidenced by a spike in beryllium-10 in ice core data, would have let cosmic radiation erode the ozone layer. This would then have led to Earth's surface being awash with intense solar radiation.
The comet impact also had the energy to lift the entire lithosphere, creating a landbridge stretching from S.E. Asia, arcing across the Pacific and reaching Mexico. This allowed species to cross from one continent to another and would explain the 40,000 year old human footprints discovered by Professor Gonzalez.Attachment #1: Lachamps_DM_Comet_Impact_40kya.jpg
This new comet would have joined with the moon creation comet in a magnet-like fashion, creating an eventual increase in mantle convection. A stronger magnetic field than *before* the 40kya event. A high peak of solar radiation followed by a decline which stopped lower than before it started. This is the kick start of our civilisation and the peripheral megafauna left behind.
Here's some dialogue I'm currently having about the latest developments:
This isn't an ordinary comet impact though! It's a Tunguska-like impact which leaves little or no crater. Imagine a high velocity rifle bullet travelling through a water melon without making it explode. That's the kind of thing that can happen with dark matter travelling through the crust. The magnetic field is effected, initially collapsing to let in cosmic radiation which eliminates the ozone layer. More sunshine means more grass and fruit. Later though the magnetic field returns even stronger than before, so the big guys are hardest hit and are stressed enough to go extinct or evolve a clever survival strategy. Some of the megafauna of Australia was wiped out in the initial phase, such as the hippo-sized Diprotodon, the largest marsupial of all time, which went extinct 40,000 years ago.
More dialogue:
The mantle flow creates the magnetic field. Modern science doesn't have an explanation. Dark matter comets *are* the solution. Why are you talking about an "exit wound" you dummy. The supermagnet joins up with the moon creation comet and churns the mantle even more than before when things settle down to an equilibrium. This increases the magnetic field and stops more 'harmful' cosmic radiation. We have a thicker ozone layer than before 40kya imo. Less sunshine equals less grass amd fruit sizes. The megafauna therefore goes extinct or learns to adapt. We invented farming. The cryptids invented something else. It's that simple Farmerboy
Descartes was right all along with his -Vortices- idea!
"Does it not make more sense that the 1 million year old limestone was smothered with the ocean mud from a comet impact nearer the present day? This would account for the flatness and lack of any river valleys. Does anyone agree with this middle ground argument?"
(unanswered)
[Tunguska:] "Yes, I think it went straight through, unlike a regular comet. If it was an airburst event, many comet fragments would have been found. This isn't the case as far as I'm aware and *none* were found!"
I predict the evolution of power technology with the invention of the supermagnet motor in the very near future. See here for a present overview with just baryonic magnets imagined. A Few Magnet Motors (June 21, 2011):
[*Quote*]Although originally suggested by Nikola Tesla in 1905,
only a few permanent magnet motors-generators have been designed, that is, magnet motors where the power comes from the magnets, not an external, exaustable supply of electricity.
Engineers of Hitachi Magnetics Corp. of California have stated that a motor-generator run solely by magnets is feasible and logical but the politics of the matter make it impossible for them to pursue developing a magnet motor or any device that would compete with the energy cartels.[*End Quote*]
"You're right! The watermellon example was a mistake, because that's all in the realms of everyday baryonic matter. The dark matter comet is a supermaterial, a supermagnetic hyper-dense form of exotic matter. It's a totally different interaction than we're taught at school and colleges. This goes through the crust like a rock through candy floss."
The 20 million year ice age cycle is most likely the up and down undulations of the solar system as it orbits the galactic centre. The ice sheet on Antarctica began to grow some 20 million years ago.
A discussion on the Wikipedia page of Megafauna has sections where I make the connection between Tunguska-like comet impact events and *both* the creation and extinction of different megafauna species.
I have deduced that there must have been a strong ocean current connecting the Atlantic to the Pacific when all the global ice is melted. Sea levels would rise by 80m with modern day levels of ice. Take a look at the relief map of Columbia at the point between the two oceans. Is there not a broad channel cut into the rock surface? I googled the city in the middle of this feature and this is what I've just read: "Quibdó is a second-order administrative division in the region of Chocó, the country of Colombia with an average elevation of 51 meter above sea level."
This warm water pump into the Pacific would dominate it's ocean currents. Warm water would be pushed further north upto the Bering Strait which is deeper than the Columbian passage. This would accelerate the final melting phase of the Arctic and withdrzw the albedo effect of sea ice and then eventually ice all year round. The Antarctic would succumb to global warming and become an ice free continent once more.Attachment #1: Columbian_Ocean_Channel.jpg
A large baryonic ocean comet strike which lowers the sea level by 30m would be enough to halt the Columbian passage and initiate an ice age.
The ending of an ice age would be from a medium or large *dark matter* comet which disrupts the geomagnetic field long enough to melt the ice caps and restart the Columbian channel flow. An increase in greenhouse gas emissions is also a factor.
This is what has happened with the Laschamps excursion imo. The megafauna produced (us) has now produced so much greenhouse gases that the ice is continuing to melt. Will the millennial cycle change this course of nature? I don't know. Is it in humanities interest to avert this natural change in climate? I don't know.
James Marusek has an interesting table of data which features megafauna extinctions, ice age epochs and supernova. A mechanism he suggests is terrestrial comet impacts for the extinctions. THE COSMIC CLOCK, THE CYCLE OF TERRESTRIAL MASS EXTINCTIONS
The giant halo of dark matter that surrounds our galaxy is shaped like a flattened beach ball, researchers say. This can now be explained as a halo of MSMH supermagnetic material ejected from the centre of collapsing stars in supernovae events. The distribution fits with the absorption of dark matter comets into stars and planets of the galactic plane, leaving more to be ejected in the northerly and southerly directions.Attachment #1: dark_matter_halo_beachball.jpgAttachment #2: trail_of_debris.jpg
