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- CARL SAGAN
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A quick info of one of Saturn's moon Enceladus .
(via https://www.youtube.com/watch?v=IGCVTSQw7WU)
A documentary series that explores how we discovered the laws of nature and found our coordinates in space and time.
Comparing Supreme Ultimate Diagrams
Contrasting two models of consciousness: The Multisense Realism model above uses an Absolute view, which accounts for all known phenomena, subjective and objective. Postulating a root "Qua" (aka, the Absolute, Totality) from which qualia are divided through quanta, quanta is conceived of as a constraint on Qua, a partition within it. Qua is sense capacity or presence, and so Quanta is the diminished reflection of that capacity...non-sense, entropy, uncertainty, and an expectation of absence. I am trying to show this as the horizontal arrows between qualia, indicating that quanta is nothing more than a kind of negotiation protocol which allows qualia to coexist in the same public space while retaining their private integrity. This is a complete reversal of the Western view, which features Quanta in the role of Qua, as the arithmetic-logical source of all phenomena.
On the left side of the diagram, there is a very general sketch of how Qua recovers itself 'with interest' as a qualitative enhancement - a consequence of having reunited on the other side of entropy-disorientation. On a human level, our experience yields a net human significance. Civilization is the residue left behind, a collective perceptual inertial of technology which echoes the individual's narrative journey of exposure to the exteriorized spaces and the celebrated return home. Significance is literally a promiscuity of association among qualia, a depth of feeling and meaning which compels participation. My view is that this principle motivates on many, if not every level of the cosmos, and is not limited to human beings or animals (even though arguably significance is exponentially more...significant for human beings, at least in our own eyes).
The Western view is a local rather than Absolute view. It does not account for sense or order itself, rather it begins from the assumption of physical matter and works backward to primitive mathematical functions. There are question marks included on the links which seem poorly understood or unjustified by the model as a whole. These include:
Why does geometry exist? I propose this as the Death of Computationalism. Along with the lack of support for Real numbers in computation, the universe or multiverse as a Turing emulation fails to account for the existence of forms like lines, circles, angles, etc. We know from our own computing and calculating devices that it is not necessary to physically draw a triangle in order to approximate correct computations about numbers which could correspond to triangular coordinates, so it really doesn't make sense that any cosmic computation could or would invent geometric presentations of any kind. We don't even need to get into questions of qualia, because computationalism fails to explain any sort of aesthetic forms to embody its functions. Mathematics is disembodied and anesthetic, and it works perfectly that way - no need for any strange magical fanfare.
Why do mathematical relations and laws give rise to physics? It's all very well to have forms and functions mingle with each other as articulate mechanisms, but why should they 'materialize' as space-time, matter and energy?
The question of why consciousness exists when it does not appear to have any particular advantage over unconscious mechanism is a mystery. It is very difficult not to smuggle in our own retrospective view of consciousness as having enormous utility for our survival, but this is in no way an endorsement from the prospective view. If our immune system can orchestrate phenomenally complex responses to pathogens without a conscious experience attached to it, then why would a hominid's humdrum quest for sustenance and reproduction lend itself to such an absurdly ornate aesthetic phenomenon? Indeed, if evolution can make a human brain, with all the trimmings, using unconscious methods, surely the operation of that brain would be better suited to that tried and true option.
The final question mark is related, but not identical. Even if you have consciousness as an option for some reason, and that option works better for humans than turtles or clouds of methane for some reason, why should such a phenomenon as consciousness produce feelings which are other than a record of the physical events which they represent? Why should there be different kinds of sensory experiences when all logical functions can be reduced more effectively to a single binary format of data processing? This alternative to reality is cast aside from the Western view, but what metaphysical never-never land is it cast to? How did we get outside of the real universe and into an 'illusion'?
>[**Galactic Gas Cloud Could Help Spot Hidden Black Holes**](http://www.universetoday.com/99974/galactic-gas-cloud-could-help-spot-hidden-black-holes/) >**The heart of our Milky Way galaxy is an exotic place. It’s swarming with gigantic stars, showered by lethal blasts of high-energy radiation and a veritable cul-de-sac for the most enigmatic stellar corpses known to science: black holes. And at the center of the whole mélange is the granddaddy of all the black holes in the galaxy — Sagittarius A, a supermassive monster with 4 million times more mass than the Sun packed into an area smaller than the orbit of Mercury.** >Sgr A* dominates the core of the Milky Way with its powerful gravity, trapping giant stars into breakneck orbits and actively feeding on anything that comes close enough. Recently astronomers have been watching the movement of a large cloud of gas that’s caught in the pull of Sgr A* — they’re eager to see what exactly will happen once the cloud (designated G2) enters the black hole’s dining room… it will, in essence, be the first time anyone watches a black hole eat. >But before the dinner bell rings — estimated to be sometime this September — the cloud still has to cover a lot of space. Some scientists are now suggesting that G2′s trip through the crowded galactic nucleus could highlight the locations of other smaller black holes in the area, revealing their hiding places as it passes. >In a new paper titled “G2 can Illuminate the Black Hole Population near the Galactic Center” researchers from Columbia University in New York City and the Harvard-Smithsonian Center for Astrophysics (CfA) in Cambridge, Massachusetts propose that G2, a cloud of cool ionized gas over three times more massive than Earth, will likely encounter both neutron stars and other black holes on its way around (and/or into) SMBH Sgr A*. >The team notes that there are estimated to be around 20,000 stellar-mass black holes and about as many neutron stars in the central parsec of the galaxy. (A parsec is equal to 3.26 light-years, or 30.9 trillion km. In astronomical scale it’s just over 3/4 the way to the nearest star from the Sun.) In addition there may also be an unknown number of intermediate-mass black holes lurking within the same area. >[**Continue..**](http://www.universetoday.com/99974/galactic-gas-cloud-could-help-spot-hidden-black-holes/)