The Geomagnetic Field Decay / Solar Radiance Increase
Geomagnetic Field Rates of Decay for 2010: International Geomagnetic Reference Field (IGRF); BSMRA Confirms General Decay Trend Since 1835
Geomagnetic Field (GMF) Decay 2010: International Geomagnetic Reference Field (IGRF-11); BSMRA Confirms General Accelerated Decay Trend Since 1835; GMF Decay Energy Conversion Into Geo-Core Electrical Power, Induced Magnetic Fields and Heat; Half-Life of Geo-Core Power Increase: 50% Every 544.74 years.
Current Geomagnetic Field Decay (GMF) data are presented in this section. The International Geomagnetic Reference Field (IGRF) 2010 data indicate a continued 6th order polynomial intensity general decrease with respect to the primary dipole field. The 2005 IGRF predicted value for 2010 was 48, 288.6 nT which decreased from the 2000 value of 49070.6 nT. The 2005 prediction for 2010 by IGRF proved incorrect, since the new empirically-based IGRF value is 48,238.6 nT, a 50 nT drop from even the predicted geomagnetic decrease for 2010. This states that the exponential rates for decay of the Earth's geomagnetic field is increasing. This requires an adjusted (and more severe) half-life calculation by BSMRA which is: t(half-life)=[(t2-t1)/(ln H1/H2)]ln2; H1=53,984 nT (1900); H2=48238.6 nT (2010). With these input values using the IGRF empirical model, the new half-life is 677.57 years (down from 683 years for 2005).
Hoping that the Earth's protective (F = qE + qvxB) deflective barrier against very high charged particles (protons and gamma rays) is going to: (1.) somehow reverse in polarity; and (2.) somehow increase in intensity; is real only for the evolution-trained types. The former has no real scientifically confirmed basis processes functioning on this planet, since assumed geomagnetic field reversals rely on potassium (K-40)-argon (Ar-40) dating, which is very questionable as both K-40 and Ar-40 leach in and out of all core samples taken along the Global Fracture System (GFS). Also increasing field intensity requires (a.) increasing the conductive geocore's rotation rate; and thereby, (b.) increasing the core's electrical current density as the Earth rotates in the interplanetary solar magnetic field. Increasing the Earth's rotation angular velocity isn't likely to occur as tidal forces tend to slow (not speed up) rotation rates. Also the Sun's equatorial angular velocity is decreasing which requires the planets to decrease their rotation rates, in commensurate with the conservation of angular momentum for the Solar System. The Solar System is a machine which functions under the Second Law of Thermodynamics and entropy increases.
[Oh...I should point out that the very last place anyone should obtain so-called "paleo"-magnetic cores is along the Global Fracture System's primary and nth order transform seismic fault zones. Temperatures (i.e. hydrothermal vent complexes, etc.) and "paleo"-magnetic core tectonic displacements are guaranteed to generate extracted core's indigenous magnetic polarity variations, none of which have the slightest connection to the Earth's primary dipole magnetic field. Also water scavenges potassium very nicely from rocks, including ocean bed basalts. Argon is pushed up as a result of mantle pressure into the Earth's crust, both processes adjusting the imagined potassium-argon "clock". �Radiometric dating belongs with other pseudo-science types...primarily evolutionists...of course.]
Potassium-Argon radiometric dating further include problems of branching ratios values which are required for K-40 to decay to Ar-40 and to Ca-40.The branching ratios are adjusted (cheated) to meet one's age requirements. Added to this challenge are the variable nuclear decay rates.
Finally, alternating geomagnetic field polarity does not increase field intensity, as this requires an input energy source into the Earth's geocore's electrical current; in effect increasing the geocore's current density via an increase in this planet's angular velocity.
The Earth's orbital decay as a function of the Kutta-Joukowski Effect applied to planetary orbital physics will be presented in an upcoming paper from BSM Rearch Associates.
a_12_C.A._Paiva_BSMRA_Javaraiah_Solar_Equatorial_Deceleration.pdf
Total Solar Radiance Increase (TSI-Solanki)
Solar Irradiance Since 1874.pdf
Geomagnetic Field (GMF) Pole (CGM/IGRF-11) In Restoration to Geocentric North: Exactly Opposite of Geomagnetic Reversal Models. The GMF Pole should be moving south, NOT back to the north position in alignment with the Earth's North Pole if geomagnetic field reversals were true.
Clifford A. Paiva Resume (Vita) 2010.pdf
Geomagnetic Field (GMF) Decay Energy Conversion Into Geo-Core Induced Electromagnetic Power; Induced Magnetic Fields (Lenz's Law: Spatial Differential Changing of induced Electric Field Generating Associated Magnetic Field Working Against the Initial GMF Decay). See GMF Decay and Geo-Core Power Conversion Correlation frames for inclusion of half-life increase for Geo-Core power (heat): 544.74 years. This means that if the exponential rate of increase of geomagnetic power to electrical power, induced magnetic fields, plus heat remains at the present conversion values, the Earth's core will increase in heat energy by 50% in 544.74 years.
Negative Science (Special and General Relativity): Research Revealing the Fallacy of Relativity
Cliff: The correlations are presented for the geomagnetic field decay, the half-life of which is 677 years approximately. The half-life for the power increase (thermal joule heat generation in the Earth's core) is 544.74 years. The is not good news for this planet since the increased heat in the core will diffuse radially outward through the mantle (aesthenosphere), crust (lithosphere); oceans (hydrosphere) and atmosphere. Further the induced currents generated within the Earth's core generates associated magnetic fields which work against the initial collapsing primary geomagnetic signal field. The is process results in a body force, or torque deceleration of the Geo-Core, plus gravitational tidal friction. This is yet more heat and a further slowing of the Earth's angular rotational velocity. (08/26/10)