"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."

7 days later

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.

    • [deleted]

    • Post #209

    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

    4 days later

    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.

    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

    I predict that the recently deployedGRAIL probes will detect the supermagnetic effect of buried dark matter comets within the moon. Unique locations on the face of the moon towards the Earth should deflect the probes enough to detect a 'lunar flyby anomaly'.

    • [deleted]

    • Post #214

    Here's some more dialogue on the subject of dark matter comets:

    "Also, lithospheric pressure waves of the crust would circle the entire globe. This would release CO2 stored in the cold ocean depths. This effect alone could counter-effect the possible cooling effects of volcanism."

    "Has this supermagnetic comet increased mantle convection so much that the earth is still expanding? Is this why the mountains are seen to rise at such an astonishing rate? Is plate subduction theory therefore completely wrong?"

    The latest research on dark matter, Survey throws light on the mysterious dark matter that holds the galaxies together (Jan 9, 2012):

    Catherine Heymans, an astronomer at Edinburgh University who is involved with the study, said: "The survey has already shown that the highest densities of dark matter seem to host the oldest and largest galaxies. The implication is that the gravitational pull of the dark matter is what caused galaxies to form in the first place."

    *This fits with the suggestion of dark matter being created within stars and later released during supernova events.*

      The end of the article finishes with:

      "Perhaps the biggest mystery concerning dark matter is what it consists of. The fact that it does not interact with light or, apparently, with any other known matter suggests dark matter is composed of an entirely novel kind of particle.

      Despite the implication that these particles must be passing through our bodies every minute, scientists have yet to detect one."

      The idea of metastable metallic hydrogen (MSMH) supernova comets fits extremely well. The researcher was able to imagine a dark matter particle passing through us, but not a larger piece similarly passing through the crust it seems.

      7 days later
      8 days later
      7 days later

      • [deleted]

      • Post #219

      The global weather system has many facets it seems: Forget global warming - it's Cycle 25 we need to worry about (and if NASA scientists are right the Thames will be freezing over again) (Jan 29 2012)

      [quote]The supposed *consensus* on man-made global warming is facing an inconvenient challenge after the release of new temperature data showing the planet has not warmed for the past 15 years.

      The figures suggest that we could even be heading for a mini ice age to rival the 70-year temperature drop that saw frost fairs held on the Thames in the 17th Century.

      Based on readings from more than 30,000 measuring stations, the data was issued last week without fanfare by the Met Office and the University of East Anglia Climatic Research Unit. It confirms that the rising trend in world temperatures ended in 1997.[end quote]

      NASA Probe Discovers 'Alien' Matter From Beyond Our Solar System (Jan 31 2012)

      [quote]For the very first time, a NASA spacecraft has detected matter from outside our solar system -- material that came from elsewhere in the galaxy, researchers announced today (Jan. 31).

      This so-called interstellar material was spotted by NASA's Interstellar Boundary Explorer (IBEX), a spacecraft that is studying the edge of the solar system from its orbit about 200,000 miles (322,000 kilometers) above Earth.

      "This alien interstellar material is really the stuff that stars and planets and people are made of -- it's really important to be measuring it," David McComas, IBEX principal investigator and assistant vice president of the Space Science and Engineering Division at Southwest Research Institute in San Antonio, said in a news briefing today from NASA Headquarters in Washington, D.C.

      An international team of scientists presented new findings from IBEX, which included the first detection of alien particles of hydrogen, oxygen and neon, in addition to the confirmation of previously detected helium. [Images from NASA's IBEX Mission]

      These atoms are remnants of older stars that have ended their lives in violent explosions, called supernovas, which dispersed the elements throughout the galaxy. As interstellar wind blows these charged and neutral particles through the Milky Way, the IBEX probe is able to create a census of the elements that are present.[end quote]

      The common sense idea of exotic dark matter comets from supernovae entering the solar system gets more and more support by the week it seems. When will the penny finally drop I wonder??

      • [deleted]

      • Post #221

      Does water come from supernovae too?? Any reason why is couldn't? This recent BBC4 programme 'Asteroids: The Good The bad & The Ugly' doesn't go far enough in breaking the mould imo. Interesting none the less, see if you can see where exotic dark matter comets and water/ice could fit into the new data.

      [quote]Famed for their ability to inflict Armageddon from outer space, asteroids are now revealing the secrets of how they are responsible for both life and death on our planet.[end quote]

      13 days later

      • [deleted]

      • Post #222

      OMG - Comet Lovejoy Makes It!

      [quote]COMET LOVEJOY SURVIVES: Incredibly, sungrazing Comet Lovejoy survived its close encounter with the sun yesterday. Lovejoy flew only 140,000 km over the stellar surface during the early hours of Dec. 16th. Experts expected the icy sundiver to be destroyed. Instead, NASAs Solar Dynamics Observatory caught the comet emerging from perihelion (closest approach) apparently intact [end quote]

      Yet another matter/gravity anomaly. The exotic dark matter core hypothesis fits the video evidence.

      7 days later

      Horizon, BBC4 8pm, Thursday 23 Feb 2012.

      Q: Why Can't We make A Star On Earth?

      A: Because our modelling of nuclear fusion is woefully inadequate.

      Professor Cox battles with the simplicities of life and gives a good tv performance as usual. His programmes have become rather 'samey' and keep repeating the basic assumptions and knowledge that modern science is bound within. The drawing of a proton changing to a neutron is just *too* basic! We need a simulation model of the exact mechanics of matter, radiaion and force. Another level of understanding is yet required. Just relying on the antiquated notion of 'maths' is now becoming laughable..

      8 days later

      • [deleted]

      • Post #224

      Helical-shaped radio waves are a step closer to the real world geometry of matter and radiation imv.

      [quote]Radio waves normally propogate through the air in a pattern similar to waves rippling toward. But researchers have found a way to twisting radio waves into a spiral shape, which could them to cram more data into the signal. Not only that, but understanding the characteristics of these waves could shed light on powerful phenomena in space.

      Bo Thide of the Swedish Institute of Space Physics in Uppsala and Fabrizio Tamburini of the University of Padua led a team that found a way to transmit radio waves in a helical, twisted pattern. Further, they did it in a real-world environment and at frequencies commonly used by Wi-Fi networks. The results appeared in The New Journal of Physics.[end quote]Attachment #1: spiral_radio_waves.jpg

      • [deleted]

      • Post #225

      Scandinavian trees 'survived last Ice Age'. The conditions of the Arctic during the last ice age hint at a warm current entering the basin imv. It's not the first time that controversy over long held beliefs of the arctic climate has surfaced. This extra current strength fits with the extra tidal forces predicted in an exotic dark matter universe.