Hartley 2 and Tempel 1 comet nuclei demonstrate shapes and structurizations revealing an action of inertia-gravity forces exited by non-circular orbits

Details Hartley 2 and Tempel 1 comet nuclei demonstrate shapes and structurizations revealing an action of inertia-gravity forces exited by non-circular orbits Hartley 2 and Tempel 1 comet nuclei demonstrate shapes and structurizations revealing an action of inertia-gravity forces exited by non-circular orbits

Oct 2011

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=2011epsc.conf..108k&link_type=abstract

EPSC-DPS Joint Meeting 2011, held 2-7 October 2011 in Nantes, France. http://meetings.copernicus.org/epsc-dps2011, p.108

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Scientific paper

Recently obtained images of Hartley 2 and Tempe l 1 co mets ( NASA's EPOXI and NEXT missions) reveal unprecedented details of the comets shaping and structurizat ion helping understand making them forces. The wave planetology [1-6 & others ] long ago s tated that "orbits make s tructures '. This as s ertion was bas ed on recognition of ine rtiagravity forces aroused in any cosmic body because of its movement in non-circular keplerian orbit. Such an orbit implies periodically changing accelerations causing inertia-gravity forces absorbed by a cosmic body by its warping, undulations. These standing wave warpings in rotating bodies have four interfering ortho- and diagonal direct ions producing uplifted (+), subsided (-) and neutral compensated (0) tectonic blocks. The blocks sizes depend on warping wavelengths the longest and most amplitudinal of which is the fundamental wave 1 long 2πR. Thes e waves produce inevitable tectonic dichotomy - a body division in two opposite segments -hemispheres: one uplifted, another subsided (an example is Earth with its uplifted continental and subsided oceanic hemispheres). In small bodies with a weak gravity one often observes oblong convexoconcave shapes so typical for the Main Belt asteroids.

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