EPL- INFORMATION FOR YOUR BUILDING SOUL


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Sustainable Nanosystems Development, Properties, and Applications

EPL- INFORMATION FOR YOUR BUILDING SOUL


https://books.google.com/books?id=o7nLDAAAQBAJ&pg=PA13&lpg=PA13&dq=0,+1,+1.618&source=bl&ots=rIRTDJ3vgE&sig=U3FsOVqvubBtwIAOOy6RrRV0BVk&hl=en&sa=X&ved=0ahUKEwid25_L3v_WAhXHh1QKHatQCdAQ6AEISzAG#v=onepage&q=0%2C%201%2C%201.618&f=false

EPL- INFORMATION FOR YOUR BUILDING SOUL

Where there is 52 there is 25

In the transient space between, 1 must be borrowed as currency, the spin returns the number, yet the observer is always observing from transitional space, so there is always present 13- consciousness~sm13

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We are undeniably imprisoned within a magnetic holding pattern, Earth.~ sm13

Where size exists~

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Where size exists~
A PLATFORM, ON WHICH TO GROW}

EPL- INFORMATION FOR YOUR BUILDING SOUL

 "Oh, I long to see that place where Fire comes from Ice, the death of Energy and the Rebirth, Combustion, Function! ... and that place where Heat from Agitation [beyond Kelvins] excites no more and freezes in it's tracks, that rebirth into Form! Proclaim: 'THIS IS THAT PLACE WHERE UNITY EXISTS, TRULY!'~"

"Spins the Spheres, thus makes the vacuum = Total Enthalpy in Motion/Movement"

There is a Universal Tug of War Between Water as Ice and Energy as Light, but yet the two commingle here!-Aether, Gas.

Time, in a moment, Perfection, absent agitation, lives here, as prism, here at Absolute Zero.

We have found the place where Perfection resides!

The Dark Crystal~

Reduction and Compacting are the goal, always condensing Matter, into two (Family's). So too, must the place of All Purity be the place with the greatest agitation, where Two can not be deciphered from One. For surely our very Heart Cells learned on a molecular scale from some preexistent embedding code.

Excitation-Heat!

Further, the relative cold, acts as a filter, where objects become unreasonably Large, or at least appear that way. The Mark of Consciousness onto Shift/Particles learning/messengers and signals.

[Side/inside Note: Our nervous system is after all, not unlike a plant, is it not?]

Exchange and Location = Shift~

Becoming 9Energy Production Factories, that place where Man sees not.

Now, to create, within a Machine, those two extremes, as to allow the Machine itself, to make thus (a) Being from this[; that fine balance, a place, between extreme heat and cold].

In this (Universe) do we indeed have/find Genesis(?).

The Elements, from Stars (sphere) or Cold Consumption/Fusion-Heat Separation = Magnetics [shifting pole cycles w/dilation] also Revolution.

Metals, attraction/detraction-Flux~

The Left Hypotenuse and the Right Triangle use aspects of dichotomy, as to complete this unlikely bridge, as they reach across space-time.

...And so we find that this agitation, and any division that can be seen (which is always what consciousness seeks affirmation; 'that it is OK for consciousness to be separate')....we find that this is the very place, which we can no longer half/divide. As to Produce a Black Hole, with Event Horizon?

Vacuum absolutely extracts in this manor (energy). 

We have thus found the Place where 'Size' exists.~Geometry is such/just an occurrence, procession, the steps.

That smallest Unit of Measure, a thing, on which to build (outward existence).

Not then ironically, do we search for Perfection in Heat, and Purity in Cold (reversed, but a message here?).

Let me ask you this: 

Relativity is based on Motion thus Time, this is Dimension?

Relativity is based on Size, relative, Geometry?

Relativity is based on Extremes that have direct enmity placed in them, as cause.

That these are permanently detracted, from one another.

Thus magnetism is based on Heat and Cold as well.

Agitation is yield of Extreme Heat [relative], also loss, consumption, transition.

3 Positional Power or"3 Light"

Impact points Light refraction and thus separation takes place in the Coldest regions of space IE a reinterpretation of it [first separation of light through prisms scope].

Thus Dark Matter is the energy condensed into extreme cold, and thus so is Mass [condensed].

Thus Time and Size show relativity, but are relative to extreme Heat and Cold.

Two Families.

Re-frozen great condensation makes the Shift or filters of Spheres, motion about an axis point.

Mineralization built around this, as to offer useful scope for application, shifting polarities.

Where Condition takes place, in between, a margin (measure/distance/size relative) there is Heat and Cold, of sufficient alterable measure, until there is not [Gage].-

Undulation from pulsing waves of entropy, seeking regularity, and finding it:

The Great Galactic Shift, or Purge, or Change in Polarities.

Where Frozen Space Ice becomes solidified Crystalline form, and the Layers of Spheres come forth, from Geometrical Structure, become Sun Chambers...Expressed Conditional.~

In the center we find/meets} 3 Light and 9 Energy = Local 6 Light Energy.

THIS BROUGHT ABOUT FROM FLUX

True Quanta can only be found at these two extremes, where there truly be no choice left but one, COMBINE[/A-NT].

Nothing can survive, whole, Vacuum that is combinant IE recombinant.  It is on this micro, or truly electron scale, that we see true survival of the fittest. More, that One/Something, can actually be made more resilient through the process [when faced with the total extraction, emptiness; "that something still is", and therefor has thus become].

SMO13

L; 1-0} Extreme Cold wishes to divide, isolate, contain (1)
R; 0-1.618 } Extreme Heat Wills to combine, yet 2 can never be 1, and 1 can not combine into 2. Rather a Sacrifice be made, the Fibonacci represents this highest combine-able number, which must remain in the environment for which it was made
Center 0 } Both sides thus exist, and 0 or truly Sphere, be the Center. 

Vacuum Maintained by Sphere(s) duality, in that neither Sphere be ever complete. Instead this is why energy transfer takes place, on the Quest for completion. However Vacuum be create, thus Spinning the Spheres, yet to create, when the vacuum has reduced the energy to freeze, inverted unto itself, in order to make 0 point energy, which sustains the field, and gives illusion of 0. These numbers are what is passed by on the way to regulation. 

In the Planck temperature scale, 0 is absolute zero, 1 is the Planck temperature, and every other temperature is a decimal of it. This maximum temperature is believed to be 1.416833(85) x 10³² Kelvin degrees, and at temperatures above it, the laws of physics just cease to exist.Apr 18, 2017

Nietzsche and Thus Spoke Zarathustra: The Last Man and The Superman

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The Coldest Place in the Universe

The Coldest Place in the Universe

EPL-INFORMATION FOR YOUR BUILDING SOUL

 Where's the coldest spot in the universe? Not on the moon, where the temperature plunges to a mere minus 378 Fahrenheit. Not even in deepest outer space, which has an estimated background temperature of about minus 455°F. As far as scientists can tell, the lowest temperatures ever attained were recently observed right here on earth.

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The record-breaking lows were among the latest feats of ultra cold physics, the laboratory study of matter at temperatures so mind-bogglingly frigid that atoms and even light itself behave in highly unusual ways. Electrical resistance in some elements disappears below about minus 440°F, a phenomenon called superconductivity. At even lower temperatures, some liquefied gases become "superfluids" capable of oozing through walls solid enough to hold any other sort of liquid; they even seem to defy gravity as they creep up, over and out of their containers.

Physicists acknowledge they can never reach the coldest conceivable temperature, known as absolute zero and long ago calculated to be minus 459.67°F. To physicists, temperature is a measure of how fast atoms are moving, a reflection of their energy—and absolute zero is the point at which there is absolutely no heat energy remaining to be extracted from a substance.

But a few physicists are intent on getting as close as possible to that theoretical limit, and it was to get a better view of that most rarefied of competitions that I visited Wolfgang Ketterle's lab at the Massachusetts Institute of Technology in Cambridge. It currently holds the record—at least according to Guinness World Records 2008—for lowest temperature: 810 trillionths of a degree F above absolute zero. Ketterle and his colleagues accomplished that feat in 2003 while working with a cloud—about a thousandth of an inch across—of sodium molecules trapped in place by magnets.

I ask Ketterle to show me the spot where they'd set the record. We put on goggles to protect ourselves from being blinded by infrared light from the laser beams that are used to slow down and thereby cool fast-moving atomic particles. We cross the hall from his sunny office into a dark room with an interconnected jumble of wires, small mirrors, vacuum tubes, laser sources and high-powered computer equipment. "Right here," he says, his voice rising with excitement as he points to a black box that has an aluminum-foil-wrapped tube leading into it. "This is where we made the coldest temperature."

Ketterle's achievement came out of his pursuit of an entirely new form of matter called a Bose-Einstein condensate (BEC). The condensates are not standard gases, liquids or even solids. They form when a cloud of atoms—sometimes millions or more—all enter the same quantum state and behave as one. Albert Einstein and the Indian physicist Satyendra Bose predicted in 1925 that scientists could generate such matter by subjecting atoms to temperatures approaching absolute zero. Seventy years later, Ketterle, working at M.I.T., and almost simultaneously, Carl Wieman, working at the University of Colorado at Boulder, and Eric Cornell of the National Institute of Standards and Technology in Boulder created the first Bose-Einstein condensates. The three promptly won a Nobel Prize. Ketterle's team is using BECs to study basic properties of matter, such as compressibility, and better understand weird low-temperature phenomena such as superfluidity. Ultimately, Ketterle, like many physicists, hopes to discover new forms of matter that could act as superconductors at room temperature, which would revolutionize how humans use energy. For most Nobel Prize winners, the honor caps a long career. But for Ketterle, who was 44 years old when he was awarded his, the creation of BECs opened a new field that he and his colleagues will be exploring for decades.

Another contender for the coldest spot is across Cambridge, in Lene Vestergaard Hau's lab at Harvard. Her personal best is a few millionths of a degree F above absolute zero, close to Ketterle's, which she, too, reached while creating BECs. "We make BECs every day now," she says as we go down a stairwell to a lab packed with equipment. A billiards-table-size platform at the center of the room looks like a maze constructed of tiny oval mirrors and pencil-lead-thin laser beams. Harnessing BECs, Hau and her co-workers have done something that might seem impossible: they have slowed light to a virtual standstill.

The speed of light, as we've all heard, is a constant: 186,171 miles per second in a vacuum. But it is different in the real world, outside a vacuum; for instance, light not only bends but also slows ever so slightly when it passes through glass or water. Still, that's nothing compared with what happens when Hau shines a laser beam of light into a BEC: it's like hurling a baseball into a pillow. "First, we got the speed down to that of a bicycle," Hau says. "Now it's at a crawl, and we can actually stop it—keep light bottled up entirely inside the BEC, look at it, play with it and then release it when we're ready."

She is able to manipulate light this way because the density and the temperature of the BEC slows pulses of light down. (She recently took the experiments a step further, stopping a pulse in one BEC, converting it into electrical energy, transferring it to another BEC, then releasing it and sending it on its way again.) Hau uses BECs to discover more about the nature of light and how to use "slow light"—that is, light trapped in BECs—to improve the processing speed of computers and provide new ways to store information.

Not all ultracold research is performed using BECs. In Finland, for instance, physicist Juha Tuoriniemi magnetically manipulates the cores of rhodium atoms to reach temperatures of 180 trillionths of a degree F above absolute zero. (The Guinness record notwithstanding, many experts credit Tuoriniemi with achieving even lower temperatures than Ketterle, but that depends on whether you're measuring a group of atoms, such as a BEC, or only parts of atoms, such as the nuclei.)

It might seem that absolute zero is worth trying to attain, but Ketterle says he knows better. "We're not trying," he says. "Where we are is cold enough for our experiments." It's simply not worth the trouble—not to mention, according to physicists' understanding of heat and the laws of thermodynamics, impossible. "To suck out all the energy, every last bit of it, and achieve zero energy and absolute zero—that would take the age of the universe to accomplish."

Tom Shachtman is the author of Absolute Zero and the Conquest of Cold, the basis for a future PBS "Nova" documentary.

Read more: http://www.smithsonianmag.com/science-nature/the-coldest-place-in-the-universe-8121922/#kvdrPr4l1huDuwQj.99Give the gift of Smithsonian magazine for only $12! http://bit.ly/1cGUiGvFollow us: @SmithsonianMag on Twitter