"All the World's a Stage We Pass Through" R. Ayana

Showing posts with label free wallpaper. Show all posts
Showing posts with label free wallpaper. Show all posts

Saturday, 7 March 2015

Panspermia: Seeds Everywhere - Biological life impregnates planets, where it gestates...



Panspermia: Seeds Everywhere
Biological life impregnates planets, where it gestates, until it returns to space symbiotic with its technologies…

 

 https://farm8.staticflickr.com/7457/8732051100_b29033db60_h.jpg

 



by Star Larvae
 

The prospect of organic molecules from space having contributed to the origin of life on Earth becomes less controversial with each new research project in astrochemistry. Scientists keep finding more and more organic molecules in outer space, including DNA nucleobases and even vitamins. The abundance of organic molecules and macromolecules in space and proposed mechanisms to produce the abundance should open the skies to conjecturing about life itself originating in space.

But such thinking is hard to find. No matter the extent to which scientists will admit organic "building blocks" of extraterrestrial origin to the terrestrial "broth" from which life is assumed to have arisen, the broth remains unchallenged as the womb of the first Earthly cells. A nascent geocentrism lurks in the minds of men. The new research on protostellar chemistry challenges the need for a terrestrial broth to account for life on Earth. The job of championing the heresy of extraterrestrial biogenesis fell to the eminent British astronomer Sir Fred Hoyle.

During the last decades of his life, Hoyle argued that biology cannot be native to Earth, but must be of extraterrestrial origin. Hoyle did not originate the hypothesis, called panspermia, and he acknowledged its long history. But, with new research data in hand, Hoyle waved the dust off the old idea and, in collaboration with astrochemist Chandra Wickramasinghe, labored to bring it to public attention. Wickramasinghe and colleagues continue the project today.

Hoyle's campaign met with resistance from the scientific community generally, and to the extent that he was not overtly attacked or dismissed, he was ignored. But ongoing research continues to expand the catalog of organic molecules identified in interstellar space and in comets, a catalog that now includes everything from alcohols to amino acids (and HERE). And increasingly complex organics continue to be found. In 2011, Researcher Sun Kwok of the University of Hong Kong analyzed spectral data from the European Space Agency's Infrared Space Observatory and NASA's Spitzer Space Telescope and found evidence of unsuspected organic complexity.

"We know that these organics are being made in the circumstellar environment," Kwok said. According to an article on physorg.com, "The team's discovery suggests that complex organic compounds can be synthesized in space even when no life forms are present." "Our work has shown that stars have no problem making complex organic compounds under near-vacuum conditions," says Kwok. "Theoretically, this is impossible, but observationally we can see it happening." Cosmic-scale organic chemistry was not predicted by any scientific theory. It was an empirical surprise.



It was an Empirical Surprise


Astrotheology and HinduismHoyle and Wickramasinghe insisted that the infalling organic material responsible for life on Earth was itself alive. They proposed that viable bacterial cells and viruses rained down on the early Earth and that biology took root from those extraterrestrial seeds. They insisted moreover that the rain continues and that some epidemic diseases are the result of "genetic storms"—of exceptionally active episodes of infall. The heresy went further. They argued that the evolution of complex life was itself largely the result of genetic infall from outer space.

This part of the argument has been bolstered by the growing body of evidence for horizontal gene transfer as a significant evolutionary mechanism. Researchers have demonstrated that when viruses insert their genes into their host organisms—the normal mode of infection—the viral genes can infect germ cells and appear in the next generation of hosts. In this way, the genome of a species can be augmented with new genes. Scientists increasingly invoke this process of gene transfer in their explanations of evolutionary change. But in whatever ways scientists might concede that genes get shuffled among organisms, few scientists look to outer space for novel genetic material.


"Thus in the controversy about the Plurality of worlds, it has been considered, on purely antecedent grounds, as far as I see, to be so necessary that the Creator should have filled with living beings the luminaries which we see in the sky, and the other cosmical bodies which we imagine there, that it almost amounts to a blasphemy to doubt it."

— Cardinal Newman
on the "Illative Sense" in the Grammar Of Assent, 1870



https://farm9.staticflickr.com/8094/8530581838_d12d661d38_k.jpg

As for the means by which interstellar bacteria and viruses might make their way to planets, Hoyle identified comets as the likeliest vehicles. Comets originate in, and during their eccentric orbits travel through, interstellar clouds of organic dust and gas. Hoyle contended that organic material evaporates off of comets as they round their host stars, a well-documented phenomenon in the case of our own solar system, and that the freed material, including whole cells and viruses—the controversial part—makes its way through planetary atmospheres to the planets below.

In short, Hoyle proposed that comets harbor microscopic life and disperse it across the orbital paths of planets. Whether life "takes" or not on a particular planet will be influenced by various contingencies idiosyncratic to that planet. Such contingencies will include whether the planet is positioned within a "habitable zone" surrounding its star. The idea is that only planets at the proper distance from their stars will provide suitable conditions for complex ecosystems to evolve. Habitable zones have been proposed for entire galaxies, as well, being defined as the space at a given distance from galactic center that includes stars of certain types, namely those that form from "enriched" starter material, that which includes the assortment of elements produced by previous stars and that constitutes the necessary building material for making planets.

Hoyle's primary collaborator, Chandra Wickramasinghe, continues to pursue evidence of panspermia. A research team of which he was a member found evidence early in 2013 that a meteorite that broke up over Sri Lanka in December 2012 contained fossilized microbes. The evidence has been disputed, but earned coverage in MIT Technology Review's blog. The growing body of evidence for panspermia theory is archived and updated regularly by advocate Brig Klyce at www.panspermia.org.

The star larvae hypothesis extends the model of Hoyle/Wickramasinghe/Klyce by positioning evolution—phylogeny—in an overarching ontogeny and by doing so adding a teleological dimension to their (and the normal) account of evolution.

H/W/K incorporate mechanisms into normal evolution theory that extend the range of genetic variability and which thereby give natural selection more to work with. But this is all they do to extend the theory. The mechanisms they propose are (1) horizontal gene transfer from viruses and bacteria to unicellular eukaryotes and metazoans, a process itself given much to work with by (2) continuing infall of viruses and bacteria from space. Horizontal transfer is becoming less controversial as genetic sequencing data accumulate. Infall from space, however, remains outside the boundaries of normal science. Regardless, the H/W/K model retains science's bias against teleology.

Hoyle conceived of planets as being like petri dishes in which bacteria multiply, only to rejoin the life suspended in the interstellar medium when the planets they inhabit meet their ultimate fates. This aspect of his thinking seems to be Hoyle’s least satisfying conjecture. Panspermia is a one-way street in his model, with no apparent role for complex, multicellular life other than to host bacteria and viruses. As outside of mainstream thinking as Hoyle’s proposals were, and to a significant degree still are, they nonetheless were highly conventional in their nihilistic view of phylogenetic development. His is another theory of evolutionary purposelessness.

Tiny animals called Tardigrades survive the vacuum of outer space and extremes of radiation, pressure and temperature, even though these conditions have had no opportunity to exert selection pressures on the creatures so as to shape their evolution—if in fact these odd critters are natives of Earth.

The star larvae hypothesis, in contrast, proposes that multicellular life plays an essential role in the natural evolution of the cosmos. The hypothesis incorporates panspermia, which it takes to be the critical process in the stellar life cycle that delivers biological building blocks—bacterial life—and genetic sorters—viruses—to planets. Beyond that it proposes that the natural cycle includes a "return trip," the graduation of biological life to the adulthood of extraterrestrial civilization and ultimately stardom.

That graduation is a complex process that bridges the divide separating the organic from the inorganic. It involves the metamorphosis of biological metabolism into nuclear metabolism. The technological dimension of the process culminates in a replenishing of the universe's essential building blocks, protons.



Tardigrades In Space
(3:17)

From Star Larvae @ http://www.starlarvae.org/Star_Larvae_Panspermia.html


For more information about panspermia see http://nexusilluminati.blogspot.com/search/label/panspermia
- Scroll down through ‘Older Posts’ at the end of each section


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Sunday, 15 February 2015

The Star Larvae Hypothesis: Silicates and Biogenesis - Biological life is cosmic, not terrestrial, in origin and scope


The Star Larvae Hypothesis:
 Silicates and Biogenesis
Biological life is cosmic, not terrestrial, in origin and scope

 https://farm8.staticflickr.com/7488/16076622802_0ea6c7db67_k.jpg


by Star Larvae

 





The origin of life remains an unsolved puzzle. And theologians, scientists, and school boards likely will continue to debate the issue. Whatever the resolution of these debates, this much is certain: If the universe spent its first moments as a ball of radiation, then life must have arrived sometime after the beginning. The first biological cells arose at some time and at some place, once the ball got rolling.

According to the Big Bang cosmology, the primordial radiation cooled as it expanded, and from it condensed the first subatomic particles. These particles, under the influence of their own gravity, organized themselves into diffuse clouds here and there in the expanding universe. As each cloud grew more massive, it became denser owing to its own intensifying gravity. Eventually, pressure in the centers of these clouds ignited nuclear reactions, and the first generation of stars was born.

These stars manufactured, as each generation continues to do, the species of atoms that are needed to construct planets, moons, comets, and the other components of solar systems. Nature uses an assortment of atoms in her manufacturing processes: ordinary metals; radioactive metals; inert gases; and the elements central to biology: carbon, nitrogen, and oxygen, which, along with hydrogen, make up the bulk of the organic world.

Certain of nature's atomic widgets at some point got themselves assembled into simple molecules, organic macromolecules, and ultimately into the first viruses and bacteria. Where and how did this precise chemical engineering occur? And is the process ongoing?

"In our first paper referring obliquely to biology entitled "Primitive grain clumps and organic compounds in carbonaceous chondrites" (Nature 264, 45-46, 1976) we wrote:

'The formation of simple amino acids (e.g., glycine) is expected to take place in dense molecular clouds which may well be the cradle of life.'

Even such a tentative proposition was regarded as outrageous heresy in 1976, although now in 2004 it is regarded as obvious."

— Chandra Wickramasinghe
A Journey With Fred Hoyle


The prevailing assumption among research scientists has been that atoms and simple molecules first got arranged into macromolecules and cells somewhere on the surface, or near the deep-sea vents, of the early Earth. Numerous researchers have attempted to recreate the chemical, thermal, and other conditions that characterized the Earth after it cooled in hopes of throwing light onto the chemical path that led to the first living cell. These laboratory efforts have left behind a legacy of inconclusive results, in which mixtures of simple molecules, such as methane, ammonia, carbon dioxide, and water, reacting chemically under the influence of electric sparks or other energy sources, have produced various consistencies of organic sludge. But no life.

Using genomic analysis to determine rates of genetic change during evolution, researchers Alexei A. Sharov and Richard Gordon retrodict the time at which the first cells arose and conclude that that date far precedes the origin of the Earth. That is, Earth isn't old enough to have hosted the origin of biological life. This finding, plus the observation that material moves through the galaxy—pushed by stellar winds, carried by comets and the newly discovered "nomad" planets that wander the galaxy unattached to any star, and by the circulatory effects of the galaxy’s own rotation—means that geocentric assumptions can be set aside without reservation, and investigators can cast their nets almost anywhere in search of conditions conducive to the manufacturing of biological cells. There is no shortage of extremophile micro-organisms that thrive in conditions once thought inhospitable to life. (Even the species of stars include extremophiles.)

In industry, the manufacturing of molecular-scale devices is called nanotechnology. The search for the origins of biological life should focus on conditions that would favor a natural nanotechnology—that is, conditions conducive to manufacturing amino and nucleic acids and assembling them into viruses and bacteria. In other words, research into the origin of life should focus on real estate equipped with the infrastructure needed to support cell factories.


Silicon and Carbon: Made for Each Other

The physical and chemical conditions inside stellar nebulae — the clouds of gas and dust within which solar systems condense — would seem make these nebulae more conducive to hosting cell factories than would conditions on the surface of a freshly minted planet. The energetically dynamic environment inside an embryonic solar system seems to be ideally suited to the conjuring of life. And the element silicon seems ideally suited to play the role of sorcerer's apprentice.

"But at [the end of the fifteenth century] nature was still regarded as a living organism, and the relation between nature and man was conceived in terms of astrology and magic; for man’s mastery of nature was conceived not as the mastery of mind over mechanism but as the mastery of one soul over another soul, which implied magic; and the outermost or stellar sphere was still conceived in Aristotelian fashion as the purest and most eminently living or active or influential part of the cosmic organism, and therefore as the source of all events happening in the other parts; hence astrology."

— R. G. Collingwood
The Idea of Nature


Silicon, like carbon, has a habit of bonding chemically with its own kind. This habit produces parallel macroscopic forms of the two elements. Both form three-dimensional crystals: carbon as diamond and the so-called buckeyballs or fullerenes and silicon as varieties of mineral crystals, or silicates, including precious stones and clays, not to mention the circuitry of the semiconductor industry. Packed less tightly, the atoms compose flexible chains, such as those that form the "backbones" of plastic polymers (carbon) and of synthetic rubbers, or silicones (silicon). These shared habits might predispose the chemical cousins to cooperate, given the right conditions.

A cell factory needs an energy source and a way to direct energies precisely. It needs to shepherd chemical reactions up against the thermodynamic gradient through levels of increasing chemical complexity, away from equilibrium. It has to be able to catalyze organic reactions to build macromolecules and provide a physical structure to hold those molecules in place during their assembly into cellular substructures.

Given these criteria, silicon tops the list of potential midwives to assist during the birthing of biology. Silicon naturally bonds with various metals to form a variety of periodic and aperiodic crystalline forms. Silicate crystals potentially could serve as templates during organic synthesis. Nucleic acids and proteins could interlock handily with silicate crystals in secure arrangements during assembly into larger structures. (Proteins have crystal forms, and crystallography remains a primary laboratory technique for determining the structures of proteins. It is the methodology that was used to determine the double helix structure of DNA.)

Because some silicate minerals have photoelectric properties—they can convert sunlight into electricity—silicon could serve as an energy source to drive organic synthesis. Some silicon crystals also possess piezoelectric properties. Under pressure, they generate an electric current. Phonograph needles exploit this effect. Piezoelectric effects provide another potential source of energy to drive synthesis.

Biogenesis Through Silicate-Based Nanotech

 


Astrotheology and Hinduism


It turns out that some silicates also have a capacity to catalyze organic chemical reactions. Certain reactions that build complex organic molecules from simpler ones occur more readily in the presence of certain silicate minerals. Clay-catalyzed RNA synthesis, for example, has been demonstrated in the research of James Ferris at New York’s Rensselaer Polytechnic Institute. NASA researchers Hugh Hill and Joseph Nuth similarly have demonstrated the ability of amorphous iron and magnesium silicates to catalyze a variety of organic molecules from a gas mixture containing only carbon monoxide, nitrogen and hydrogen. The properties of silicates align to make the materials plausible components of cell factories. Tim Tyler has posted a bibliography of references to silicate-mediated organic synthesis at http://originoflife.net/links/index.html).

As to where silicate-managed nanotech cell factories might operate in nature, it turns out that all of the necessary ingredients are at hand, in nearby space, in what astronomers call "the local interstellar cloud." Our solar system is embedded in this cloud. The most abundant element in the cloud, as throughout the universe, is hydrogen, the starting material from which stars manufacture the other elements. Next in abundance in the local cloud are the elements carbon, oxygen, and nitrogen—the building blocks of organic chemistry—and silicon, magnesium, and iron, materials from which nature could construct nanotech assembly lines for the mass production of biological cells.

"What is Life but the continual resolution of the antimony of the diverse by the spasm of Love under Will, that is, by the constantly explosive, the orgiastic, perception of Truth, the dissolution of dividuality in one radiant star of Truth that ever revolveth, and goeth, and filleth the Heavens with Light?"

— Aleister Crowley
Truth, in Little Essays Toward Truth


More specifically, researchers know that observations of young stars of intermediate size, so-called Herbig Ae stars, which resemble the sun in its infancy, and observations of the known contents of comets, suggest that, when solar systems form inside cooling stellar nebulae, silicate grains catalyze simple organic reactions to produce a variety of prebiotic organic molecules.

The prevailing scientific model of interstellar grains, based on spectrographic analysis, is of carbonate shells covering silicate nuclei, and see here. So the commingling of silicates and organics is just a predisposition of star formation. The reactions involved require the heat and pressures found near a protostar. The grains, once coated with simple organics, then are transported by a "circulatory system" of material flowing from the center of the nebula out to the distance at which comets are thought to form. (The research by Nuth, Hill, and colleagues appears in Lunar and Planetary Science XXXIIII [2002], and see the paper "Protostars are Nature's Chemical Factories," by Nuth and Johnson in Lunar and Planetary Science XXXVI [2005]. A summary of this research is provided in "Constraints on Nebular Dynamics and Chemistry Based on Observations of Annealed Magnesium Silicate Grains in Comets and in Disks Surrounding Herbig Ae/Be Stars", Proceedings of the National Academy of Sciences, Vol. 98, No. 5, Feb. 27, 2001, 2182-2187.)

In a 2008 paper, Nuth and coauthors describe a self-perpetuating catalyst that could produce large quantities of organic material in protostellar nebulae. Here is the abstract from that paper, titled, A Self-Perpetuating Catalyst for the Production of Complex Organic Molecules in Protostellar Nebulae (The Astrophysical Journal, 673: L225-L228, February 1, 2008):

"When hydrogen, nitrogen, and CO are exposed to amorphous iron silicate surfaces at temperatures between 500 and 900 K a carbonaceous coating forms via Fischer-Tropsch-type reaction. Under normal circumstances such a coating would impede or stop further reaction. However, we find that this coating is a better catalyst than the amorphous iron silicates that initiate these reactions. Formation of a self-perpetuating catalytic coating on grain surfaces could explain the rich deposits of macromolecular carbon found in primitive meteorites and would imply that protostellar nebulae should be rich in organic material."

More recent studies of protostellar nebulae show that, far from being collapsing gas and dust clouds of roughly homogeneous structure, protostars are complex chemical systems with stable internal processes that circulate material in distinct patterns and that this circulation of materials across thermal gradients produces a distinctive, complex chemistry. In an article in Science Express (March 29, 2012) Complex Protostellar Chemistry, Nuth elaborates on the new, more complex model of protostellar interiors:

"Large-scale motion driven by conservation of angular momentum, together with more local convective cells above and below the hotter nebular midplane dynamically mix products of chemical reactions from many different environments throughout the nebula."

The result?

". . . [B]ecause the midplane is hotter than the outer boundary of the disk, convection will also mix materials vertically in the nebula. Ciesla and Sandford show that ice-coated dust grains, moving outward and subject to convection will be exposed to cosmic radiation that is sufficient to cause the same chemical effects seen in dark cloud coresthat is, the conversion of simple carbon-and nitrogen-containing molecules into more complex organic speciesand so will have consequences for nebular chemistry."

https://farm8.staticflickr.com/7475/15890887199_3a83f9b7f8_k.jpg

The study by Ciesla and Sandford is summarized in this March 30, 2012, University of Chicago news release:

"Complex organic compounds, including many important to life on Earth, were readily produced under conditions that likely prevailed in the primordial solar system. Scientists at the University of Chicago and NASA Ames Research Center came to this conclusion after linking computer simulations to laboratory experiments. Fred Ciesla, assistant professor in geophysical sciences at UChicago, simulated the dynamics of the solar nebula, the cloud of gas and dust from which the sun and the planets formed. Although every dust particle within the nebula behaved differently, they all experienced the conditions needed for organics to form over a simulated million-year period.

“Whenever you make a new planetary system, these kinds of things should go on,” said Scott Sandford, a space science researcher at NASA Ames. “This potential to make organics and then dump them on the surfaces of any planet you make is probably a universal process.” Although organic compounds are commonly found in meteorites and cometary samples, their origins presented a mystery. Now Ciesla and Sandford describe how the compounds possibly evolved in the March 29 edition of Science Express. How important a role these compounds may have played in giving rise to the origin of life remains poorly understood, however. Sandford has devoted many years of laboratory research to the chemical processes that occur when high-energy ultraviolet radiation bombards simple ices like those seen in space. “We’ve found that a surprisingly rich mixture of organics is made,” Sandford said. These include molecules of biological interest, such as amino acids, nucleobases and amphiphiles, which make up the building blocks of proteins, RNA and DNA, and cellular membranes, respectively. Irradiated ices should have produced these same sorts of molecules during the formation of the solar system, he said. But a question remained: Could icy grains traveling through the outer edges of the solar nebula, in temperatures as low as minus-405 degrees Fahrenheit (less than 30 Kelvin), become exposed to UV radiation from surrounding stars? Ciesla’s computer simulations reproduced the turbulent environment expected in the protoplanetary disk.

This washing machine action mixed the particles throughout the nebula, and sometimes lofted them to high altitudes within the cloud, where they could become irradiated. “Taking what we think we know about the dynamics of the outer solar nebula, it’s really hard for these ice particles not to spend at least part of their time where they’re going to be exposed to UV radiation,” Ciesla said. The grains also moved in and out of warmer regions in the nebula. This completes the recipe for making organic compounds: ice, irradiation and warming. “It was surprising how all these things just naturally fell out of the model,” Ciesla said. “It really did seem like this was a natural consequence of particle dynamics in the initial stage of planet formation."

NASA's Stardust mission, which in 2004 captured and returned to Earth dust from the comet Wild 2, provided additional corroborating evidence of silicate transport processes. And isotope analysis provides additional evidence. The cometary dust included silicate crystals that could form only in the innermost regions of the solar system and that then must have been transported to more peripheral, colder regions, where they were incorporated into comets. At later stages in a developing solar system, when planets are forming, the characteristic silicate material identifiable in the circumstellar dust includes a greater proportion of crystalline (as opposed to amorphous) silicates, and the organic content of the dust comprises increasingly complex molecules. This suggests a two-step process, in which simple organics are catalyzed near the protostar, then transported to cooler regions of the stellar nebula for further, more precise chemical processing. The second step relies on crystalline silicates. NASA's Spitzer Space Telescope has revealed similar processes operating in other galaxies. It might be a routine part of solar system formation that the relevant elements are brought together in the right kind of reactive environment to synthesize complex organic chemistry. Ground-based studies have revealed significant organic chemistry in protoplanetary disks around T Tauri and Herbig Ae stars.

Chondrites are a class of primitive meteor that includes the famous Murchison meteorite, which fell in (on?) the town of Murchison, Victoria, Australia in 1969. The Murchison is rich in organic material, including common amino acids. Chondrites generally are rich in organic material, but they are comprised primarily of chondrules, which are roughly millimeter-sized silicate-rich spherules. Chondrules are dominated by olivine [(Mg,Fe)2SiO4], pyroxene [(Mg,Fe,Ca)SiO3], and silicon glass.

The formation of these spheres, the researchers observe, "within the mineral matrix is not easy to explain by any non-biological processes. Biology, on the other hand, can provide an elegant explanation of these structures."In June 2011, near the village of Tissint, Morocco, a Martian meteorite struck the Earth. Shattered pieces of the meteorite were recovered less than five months later. Its mineralogic content was determined to be primarily olivine-phyric shergottite. A team of U.K. researchers examining samples with electron microscopy discovered in the meteorite a number of spherical and spheroid bodies rich in carbon and oxygen, suggesting remnants of biological origin. One such structure is shown at left. The formation of these spheres, the researchers observe, "within the mineral matrix is not easy to explain by any non-biological processes. Biology, on the other hand, can provide an elegant explanation of these structures."

Because sedimentation and the turbulence of convection currents disrupt silicate crystallization on Earth, the semiconductor industry continues to work with NASA to investigate silicon crystallization in space. In weightlessness, silicon crystals can be grown larger and with greater purity—geometric regularity—than they can on Earth. This effect suggests that the manufacturing of viruses and bacteria in space could occur on a massive, cosmic scale. Radiation conditions in space might even be responsible for biochemistry's homochirality. Darwin's hypothetical "small warm pond" in which he imagined life to have arisen, might be an image less fitting than that of a "big cold cloud."






Jim Tyler - Genetic Takeover
(8:49)


The Star Larvae Hypothesis:

Stars constitute a genus of organism. The stellar life cycle includes a larval phase. Biological life constitutes the larval phase of the stellar life cycle.

Elaboration: The hypothesis presents a teleological model of nature, in which  









From Star Larvae @ http://www.starlarvae.org/Star_Larvae_Silicon_and_Biogenesis.html

For more information about panspermia see http://nexusilluminati.blogspot.com/search/label/panspermia
For more information about space migration see http://nexusilluminati.blogspot.com/search/label/smi2le   
- Scroll down through ‘Older Posts’ at the end of each section


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