Microscopic to Macroscopic Modelling: DNA spectroscopy

This week Crystallography is the matter as we are developing ways to resolve incongruity problems as a solid academic infrastructure will be helpful for models and algorithms. If XRay-Crystallography could help to discern DNA through diffraction and other Optics, an enhanced prototype of this concept designed for Space Astronomy could be crystallizing on the regions of space subject to harbour life. Where a DNA goldilocks zone is yet to be discovered, using microscopy models and imaging to apply them into a Space telescope lens could be our way to find an Helix in the macroscopic scale of the cosmos, setting a direction to life as a Blazar send us neutrinos ( Ice Cube Telescope ) Could life be created from a “Malaxeur” from a particular helicoid spin that will have nothing but as collateral having a prolific seasonal and genetic effect on the development of resistant species?

Earth Movement in Space ( from VSauce )

As in the end AI will probably reach a level where it will only have to update itself through the flow of data slightly like software update, but models will be accurate to be taught. AI should be more considered as an engine. What we need from AI is a means of calibration, saving us time and resources in order to build infrastructures, fuel efficiency, calculation and navigation. Through what otherwise be irrational related to our academic instruments, meaning that if we are still advanced in Optics, AI will be the only way to certainty, through testing and constant calibration of the algorithms. We will be able to head forward like on autopilot or autonomous drive. If an adjustment has to be made on the current course we will have a standard to make it happen perfectly. As much as there is energy to keep data storage units functional, to bring symmetry to an understanding and for an universal constant table, fitting just as snuggly with the periodic table of elements, lattices will now be a focus on explaining why species share traits or diverge entirely. Having an AI looks like your girlfriend is narcissistic or violent, just as falling in love with your car. We should assume unity on how science develops. Leaving people in ignorance and attributing yourself credit on years and years of studies and research, is like eating the cherry on the cake of someone else. Even if “Spot” gets my dog angry as it is a friend, I should stay cautious and curious. If you insert an advanced computational brain to anything it will outperform anywhere, anyhow, anytime as it needs Energy. So why should an AI thing be looking like a Bartender to dig minerals, because someone probably fears vandalism. It is the Syndrome of Athena as a civilization ought to accept as standard not resuming a threatening form of pride, relying on this representation as a milestone for progress as an artist signs a chef d’oeuvre in the name of everyone. If you get a Latinacci, things will get better. When a loafer get spotted, if it scores; it is from disappearing from the radar, as cloaking for a minute from its guardian.

Cool Worlds: Goes beyond a search for Life in the Cosmos with the Analytical Chemistry of atmosphere components

DNA crystallisation is in effect knowing that “for crystals, of course, the unit cell is three-dimensional. A very wide variety of arrangements is exhibited by different substances, and it is the great triumph of X-ray crystallography to have provided the means for determining experimentally what arrangement is involved in each case” – Encyclopedia Britannica.

There is no evidence that entropy stagnates or is irreversible for Newtonian and in Quantum Mechanics, that is allowing reasoning and thesis. It is eccentric, some like an effrontery to not believe that life could generate from billions of years in suspension but also from possible resistant, adapted or selected genotypes. There is no significant entropy or otherwise a very slight percent disorder if we situate ourselves as active members of the Civilization 0, 1, 2 and 3 included, eras on the Kardashev Scale. So, we might extend our perspective by light years span to neutralize the decaying half-life effects of entropy for a multi-planetary civilization like we could now pretend to be.

Ridddle on Kardashev’s Scale

Time could be an erratic data to consider trying to explain our lifespan and longevity, and vector years in the cosmos. In fact, radioactivity is taking a toll on us as every other organism without a proto shell against it. Micro organisms stuffed in our protoplanet crust have survived unaltered for many years, at this point it seems improbable that the cosmos hides another clone of its own but, it might be the case. So, if entropy is not reduced to equilibrium and to regenerative level, as 2:1 ratio, we could not consider ourselves as spacefarers, as travel will be left unfinished, incomplete for an academical mindset, for the symbiosis of the Artificial & Organic Intelligence.

Kosmo: Discovered by Christian Huygens ,the Master of Elastic Collisions principles; this Moon is fascinating and has much more to tell.
New Solar System Planet: The small, icy world was named for the creator god of the Tongva, an indigenous people from Southern California, where the dwarf planet was discovered. Quaoar is approximately 1,100 kilometers in diameter, roughly half the size of Pluto, and has a single moon called Weywot, named for Quaoar’s son. It orbits way out there, at a distance of about 44 astronomical units (roughly 4 billion miles) from the Sun
Latinacci

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