Bacterial morphologies supporting cometary panspermia: a reappraisal

Wickramasinghe, Chandra

doi:10.1017/s1473550410000157

Cited by 16 publications

(10 citation statements)

References 19 publications

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“…6h). This would permit to apply modifications of the basic algorithms of the physics of fields in order to model the eco-evolutionary process: that is to say, the evolutionary emergence of reptiles as a perturbation in a "field" of amphibians that, in turn, would be equivalent to a physical perturbation in a field of fish, and so on, until a point in which there would be an analytical bifurcation between the emergence of life on the Earth as either a pro-negentropy perturbation in a molecular field (see, e.g., England, 2013) or as a perturbation in an all-encompassing universal field of microbial life (panspermia, e.g., Nicholson, 2009;Wickramasinghe, 2011). (3) All the ecosystems are super-systems that include many subsystems interwoven with each others.…”

Section: Discussionmentioning

confidence: 99%

Distribution of species diversity values: A link between classical and quantum mechanics in ecology

Rodríguez¹,

Herrera

Riera

et al. 2015

Ecological Modelling

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Section: Discussionmentioning

confidence: 99%

Distribution of species diversity values: A link between classical and quantum mechanics in ecology

Rodríguez¹,

Herrera

Riera

et al. 2015

Ecological Modelling

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“…(3) A. royreba can tolerate temperatures of -85 o C, MegaRad doses of gamma radiation, form cysts that contain and safeguard a vast spectrum of genetic information, and harbor or spawn numerous bacteria or bacteria-like organisms with unusual properties in an apparent symbioticlike relationship allowing both to survive harsh environments. Can it therefore be a candidate as a vehicle for panspermia thereby shedding light on the transfer of life [44,45]? Is it also imaginable that an entity such as A. royreba could, perhaps encased in asteroids, comets, or space dust, traverse many light years and seed planets in the cosmosincluding Earth?…”

Section: Resultsmentioning

confidence: 99%

Ramifications of the diverse mRNA patterns inAcanthamoeba royreba

Tyndall¹,

Ali

Newsome

2020

Preprint

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Free-living amoebae are distributed worldwide and can be found in a variety of environments. While most Acanthamoebae have been isolated from soil and water, A. royreba and A. culbertsoni were isolated from mammalian cell cultures. A. royreba's isolation from placental and tumoral tissue, its unusual ability to grow in mammalian cell culture media at 35 o C, and the presence of a primitive centriole, prompted us to investigate the potential for mammalian information in A. royreba. While some soil amoeba contain small amounts of fungal and bacterial information, presumably from the microbes they phagocytosed, the informational content of A. royreba, in some instances, was very different with > 70% of the mRNA being non-amoebic. Here we show that the proteins and mRNA content associated with A. royreba are extremely diverse and represent multiple Kingdoms, Orders, Phyla, and Genera from around the globe. The information in A. royreba, such as placental proteins from numerous mammals, the preponderance of non-amoebic mRNA, and its ability to tolerate harsh environments including Megarad irradiation, leads to a discussion regarding the possible role of this amoebae as an immunological gatekeeper protecting fetal or malignant tissue from destruction and its potential as a vehicle for panspermia.

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“…As mentioned before, life originated on Earth around 1 billion years after the formation of Earth [1,2]. For this geological period, short of fossil or geochemical evidence for earlier life has left ample scope for hypotheses, which fall into two main groups: Earth origin and panspermia [96]. Panspermia just due to people lacks the understanding of surface tension and gravitational binding quiddity of life.…”

Section: Life Abiogenesis In a Whirlpool By Surface Tension Inversionmentioning

confidence: 99%

Bio-inertia Resonates Life into Evolution

Lai¹

2019

IJSR

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Life is an environmental signal compromised "Le Châtelier's system". The potential for it to issue "Le Châtelier's effect" to discernable signals is defined as bio-inertia. To track the origin of such system recovering capability, we composite brachistochrone curves with experiments to prove that a path which can be projecting into three-dimensional simple harmonic motion with internal commutation is an efficient sustaining signal accumulating and transferring system. It is defined as a bio quantum path which composes of the fundamental physical splicing structures of bio-systems. Experiments calibrate "gravitational loss" as empirical bio-inertia. Surface tension inversion is therefore evidently to be the fundamental gravitational binding and polarization pattern in bio-systems. CSF, as the highest gravitational binding system of vertebrates, has also been originated back to the inversion of an earlier phospholipid bilayer based on the ancient somatic physical training. By adapting Chu's constant into Planck's law and the born of the Schrödinger Cat's babies, the fragile "Copenhagen superposition" becomes "converging superposition" that can be modulated by a music frequency notation in enough binding Le Châtelier's system. Inside surface tension regions, quantum mechanics recovers its gravitational quiddity by redefining Schrödinger wave function, and binding Einstein's gravitational waves that regenerate bio-functions get an equivalent definition. The Principle of Least Action is generalized as the relay or harmonic inversion of the multi-surface tension transferring in bio-systems, and the mechanism of gravitational binding agrees with modified Maxwell's equations for volume to area oscillation. From the binding and polarization of gravity on bio quantum paths, life is physically abiogenesis from a whirlpool by surface tension inversions. NKT cell clinical trial based on new definition confirms that ancient spinal training systems are still unsurpassable for precluding of "spinal cancerous recurrent factors" before modern biotechnologies can establish spinal CSF surface tension interference method in the future.

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Bacterial morphologies supporting cometary panspermia: a reappraisal

Cited by 16 publications

References 19 publications

Distribution of species diversity values: A link between classical and quantum mechanics in ecology

Distribution of species diversity values: A link between classical and quantum mechanics in ecology

Ramifications of the diverse mRNA patterns inAcanthamoeba royreba

Bio-inertia Resonates Life into Evolution

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