Carl H. Gibson

 

 C.  WORK IN PROGRESS

 

C1.  Washburn, L. and C. H. Gibson, "Mixing Events in the Seasonal Thermocline during MILE: Intercomparison of Turbulence Sampling Techniques," for J. Geophys. Res.  (40 pages).  In preparation (This article has not been abandoned, merely postponed.  Libe Washburn analyzed the 1974 mixed layer experiment MILE data for his PhD thesis with me, but discovered the results of his analysis were so intensely controversial among oceanographers that he requested we not submit the paper because it would interfere with his ambition to pursue a career in oceanography.  Now that Libe has tenure at UC Santa Barbara he has given me permission to publish our results showing dropsonde sampling vastly underestimates the average dissipation rates in the mixed layer due to fossil turbulence and intermittency effects.  I intend to do so as soon as the RASP results demonstrating the beamed zombie turbulence maser action BZTMA mixing chimney mechanism have been published in mainstream oceanography journals.)

 

Journal Article

C2.  Gibson, C. H. and L. Washburn, "Signatures of Stirring, Mixing and Internal Waves in Horizontal Temperature-Salinity Profiles."  In preparation (Same history as C1)

 

Journal Article

C3.  Schedvin, J. C., C. H. Gibson and T. K. Deaton, "Preliminary Results of a US-USSR Oceanic Microstructure Intercomparison Experiment," for J. Phys. Oceanog. (51 pages).  In preparation (Clear evidence of fossil turbulence and intermittency effects are apparent in this paper, repeatedly rejected by oceanographic reviewers from their misunderstandings of stratified turbulence and fossil turbulence wave mechanisms and the basic mechanism of turbulence itself.  All turbulence is driven by inertial vortex forces in a universally similar cascade from small scales to large (A35, A61, A102).  John Schedvin understood this from his careful PhD thesis work analyzing towed microstructure measurements taken on the 1974 Dmitri Medelaev 11th cruise comparing our work with Vadim Paka and Rostislav Ozmidov tow body measurements off the coast of Australia (A21). John was never allowed to publish his key oceanographic work due to Òpeer reviewsÓ as short as ÒThis paper is complete gibberishÓ; a review accepted and transmitted to me by a JPO editor.  Some of JohnÕs work was published in a conference proceeding (A34) in 1980 before his untimely death, but not in the oceanographic literature.  I intend to some day see this critically important, and pioneering, paper properly published in JohnÕs memory, preferably in JPO.)

 

Journal Article

C4.  Gibson, C. H., Turbulence in Stratified Flow.  In preparation (Same history as C1, C2, C3.)

 

Book

C5.  Gibson, C. H. and R. M. Kerr, "Evidence of Turbulent Mixing by the Rate-of-Strain", submitted to Phys. of Fluids (31 pages).  AbandonedÉSee A49.

 

Journal Article

C6.  Gibson, C. H. and J. Imberger, "Formation of Turbulence on a Tilted Density Interface", for J. Fluid Mech., (31 pages). IN PREPARATION (requires acceptance by referees and editors of three levels of controversy about turbulence, the direction of the turbulence cascade, fossilization by both buoyancy and Coriolis forces, and my universal similarity theories for all these states of fossil turbulence.)

 

Journal Article

C7.  Bershadskii, A. and C. H. Gibson, "Sweeping Interactions and Higher Order Turbulence Spectra," Phys. Rev. (1995) (12 pages). IN REVISION FROM SUBMITTED (same as C6)

 

Journal Article

C8.  Bershadskii, A. and C. H. Gibson, "Sweeping Interactions and Turbulence Intermittency," Phys. Lett. A (1995) (11 pages). IN REVISION FROM SUBMITTED (same as C6)

 

Journal Article

C9.  Gibson, C. H., "Ocean Mixing and KolmogorovÕs Intermittency Constant," Physics of Fluids (1995) (5 pages).  IN REVISION FROM SUBMITTED (same as C6)

 

Journal Article

C10.  Gibson, C. H., "Fossils of Primordial Turbulence and Non-turbulence at the "Schwarz Radii"—the Length Scales of Condensation for Self-gravitating Fluid Matter", (34 pages).  IN REVISION From SUBMITTED (same as C6)

 

Journal Article

C11.  Tynan, C. T., W. H. Thomas and C. H. Gibson, ÒThe Effects of Small-Scale Turbulence on the Growth of Prorocentrum micans Ehrenberg,Ó for Marine Ecology Progress Series, 1996 (20 pages).  IN PREPARATION

 

Journal Article

C12.  Gibson, C. H. and Rudolph E. Schild, "Theory and Observations of Galactic Dark Matter", IN REVISION From SUBMITTED (Same as C13.  Explains why the MACHO, EROS and OGLE microlensing surveys have been unable to detect planets as the galactic dark matter as shown by Schild 1996.  These surveys assume the planets are uniformly distributed and brown dwarf mass but they should actually be Earth-mass and lognormally distributed within dense clumps with a large intermittency constant that makes them virtually undetectable (Gibson 1996, A80).  astro-ph/9904366

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

C13.  Gibson, C. H. and Rudolph E. Schild, "Quasar-microlensing Versus Star-microlensing Evidence of Small Planetary Mass Objects as Galactic Dark Matter", IN REVISION From SUBMITTED (Key paper to ApJ introducing the Gibson 1996 theory and Schild 1996 observations that the galactic dark matter is Earth-mass primordial H-He planets in million Solar-mass clumps.  Scientific Editor Ned Wright of ApJ took 18 months of emails to reject the paper because my Schwarz gravitational instability scales could not be derived by linear instability theory following the hydrodynamically obsolete theory of Jeans 1902). astro-ph/9904362

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

C14.  Gibson, C. H., "The Fluid Mechanics of Dark Matter Formation: Why does Jeans's (1902 & 1929) Theory Fail?" IN REVISION From SUBMITTED (Same as C13.  Referees reveal a basic ignorance of collisional fluid mechanics and fail to understand that self gravitational instability is absolute and non-linear, just as the turbulence instability is absolute and non-linear.  Referees and Editors seem unable to distiguish between hydrodynamics and hydrostatics.  Referees claim Ç pressure support È will prevent gravitational structure formation on scales smaller than the Jeans scale without understanding that this is an irrelevant hydrostatics argument.  Viscosity, turbulence and diffusivity are needed to describe self gravitational structure formation: collisional fluid mechanics concepts are apparently unknown or forgotten by the peer review system of present astrophysics/astronomy journals.) /astro-ph/9904365

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

 

C15.  Gibson, C. H. and Rudolph E. Schild, "Clumps of Hydrogenous Planetoids as Galactic Dark Matter", IN REVISION From SUBMITTED (Same as C13 and C14) /astro-ph/9908335

Journal Article

Los Alamos archive

http://xxx.lanl.gov

 

 

C16.  Gibson, C. H., "Primordial Viscosity, Diffusivity, Reynolds Numbers, Sound and Turbulence in the Beginnings of Gravitational Structure Formation",

IN REVISION From SUBMITTED (Same as C13 and C14) astro-ph/9911264

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

C17.  Gibson, C. H., "The First Turbulence", Flow: Turbulence and Combustion, 2004. [published SEE ITEM A.97] astro-ph/0101061

Journal Article

Los Alamos archive

http://xxx.lanl.gov

 

C18. Gibson, C. H. and R. E. Schild, "Interpretation of the Tadpole VV29 Merging Galaxy System using Hydro-Gravitational Theory", The Astronomical Journal. SUBMITTED in revision (Same as C13 and C14)  astro-ph/0210583

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

+C19. Gibson, C. H. and R. E. Schild, "Interpretation of the Stephan Quintet Galaxy Cluster using Hydro-Gravitational Theory", The Astronomical Journal. SUBMITTED in revision (Same as C13 and C14)  astro-ph/0304107 , C19a A&A version "Anomalous Redshifts in the Stephan Quintet ... ".

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

C20. Gibson, C. H. and R. E. Schild, ÒEvidence for Hydro-Gravitational Structure Formation Theory versus Cold-Dark-Matter, Hierarchical-Clustering, and Jeans 1902Ó, The Astronomical Journal. SUBMITTED in revision (Same as C13 and C14)  astro-ph/0304483

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

C21. Gibson, C. H. and Rudolph E. Schild, ÒInterpretation of the Helix Planetary Nebula using Hydro-Gravitational TheoryÓ, The Astronomical Journal. SUBMITTED in revison (Same as C13 and C14)  astro-ph/0306467

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

C22.  Gibson, C. H., V. G. Bondur, R. N. Keeler, P-T. Leung, ÒRemote Sensing of Submerged Oceanic Turbulence and Fossil TurbulenceÓ, submitted JGR-Oceans, 2005. published in IJDF 2006, see A103

 

Journal Article

 

 

C23. Gibson, C. H., V. G. Bondur, R. N. Keeler, ÒEnergetics of the Beamed Zombie Turbulence Maser Action Mechanism for Remote Detection of Submerged Oceanic TurbulenceÓ, submitted JGR-Oceans, 2005. published in JAFM 2008, see A108

 

Journal Article

+++C24.  Schild, R. E. and Gibson, C. H., ÒGoodness in the axis of evilÓ (submitted to ApJ Letters, with typical outrageous Òpeer reviewÓ referee response, with Dr. SchildÕs reply posted at http://maeresearch.ucsd.edu/~cgibson/Documents2007/ReplyToReferee.html (+copy attached).  The axis of evil is an unexpected spin axis reflecting fossil big bang turbulence.  Evidence appears in the spin of the Milky Way, the solar system, all local galaxies, and in the cosmic microwave background spherical harmonic directions of low order; eg. dipole, quadrapole etc.  Recently a ÒDark FlowÓ of x-ray galaxy clusters toward the axis of evil  has been observed that is easily explained by hydro-gravitational-dynamics HGD theory from PGC viscosity effects near a fossil vorticity turbulence remnant of a big bang turbulence vortex line.  See http://sdcc3.ucsd.edu/~ir118/MAE192F08/MAE192F08Oct15.pdf (+copy attached)). arXiv:0802.3229

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

+C25. Gibson, C. H. and R. E. Schild, ÒInterpretation of the Stephan Quintet Galaxy Cluster using Hydro-Gravitational-Dynamics: Viscosity and FragmentationÓ, arXiv:0710.5449

Journal Article

Los Alamos archive

http://xxx.lanl.gov

 

+C26.  Gibson, C. H. and R. E. Schild, ÒInterpretation of the Helix Planetary Nebula using Hydro-Gravitational-Dynamics: Planets and Dark EnergyÓ, arXiv:astro-ph/0701474

Journal Article

Los Alamos archive

http://xxx.lanl.gov

 

+C27.  Gibson, C. H., ÒThe Fluid Mechanics of Gravitational Structure FormationÓ, arXiv:astro-ph/0610628 (submitted to ApJ Letters, still in review)

Journal Article

Los Alamos archive

http://xxx.lanl.gov

 

+C28.  Gibson, C. H., Nieuwenhuizen, T. M. and Schild, R. E., ÒStructure formation in the early Universe from fluid mechanicsÓ, for Europhysics Letters, arXiv:0809.2330v1

 

Journal Article

Los Alamos archive

http://xxx.lanl.gov

 

+C29.  Gibson, C. H., Nieuwenhuizen, T. M. and Schild, R. E., ÒHydrodynamics of Gravitational Structure Formation in the Early UniverseÓ, for Physica D (special issue on Turbulence and Flow in honor of K. Sreenivasan), arXiv:0809.2330v2 Latest version, with letter of transmission.

 

Journal Article

Journal Article

Los Alamos archive

http://xxx.lanl.gov

 

+C30. Nieuwenhuizen, T. M., Gibson, C. H. and Schild, R. E., ÒOn the nature of baryonic dark matterÓ, for Physical Review Letters.

 

Journal Article

 

+C31.  Schild, R. E., Gibson, C. H., ÒTurbulent formation of protogalaxies at the end of the plasma epochÓ [Submitted to JAFM]

 

Journal Article

+C32.  Gibson, C. H., Schild, R. E., Evolution of proto-galaxy-clusters to their present form [Submitted to JAFM]

 

 

Journal Article