the KIRK effect

what does a credited history of accomplishements in their thousands

By Henryk Szubinski

THE BASICS OF THE DATA AND TELEMETRY OF THE BASIS IN DISPLACEING A VALUE THAT HAS ITS BASIS IN THE SECTIONINGS OF THE GENERAL DATA AS BEING THE VALUES IN WHICH THE FULL FORM OF THE RELATED TO FULL RESONS FOR VECTORS THROUGH A PLANET SUCH AS EARTH

basically the whole section gives evidence of the data that has some general basis on the limit x= the shortening of the vector and the full vector values as related to a coordinations system such as Euclidean coordinates with the basics of the x/y valiues having some y/x similarity by the reference value of x = 1 or y=1

so that the x/y = 1

and the y /x = 1

the basics of the whole volume of data on the displacabilities of the basis in which the points of special value and its general cause for a problem as besd on the rotations into the quadrances through

quad 1 = quad 2 x/y ( quad 3 y/x) 1/ quad 4

and some basics of the general theory of the basis in which the values and their symmetricality has bsic uncertainties in the levls at which the x/ y = the data specific to the high reference responses of the solid state of a left hemisphere value by using a spherical measurement

and the cognitive right hemisphere of the related to

exponential curvature of the basis in which the generalisations of the full limits and their basics of the data as being the real and only reference to the amounts of specific

quadrance divisives of the same value amounts

of types 1,2,3 = singularity 1/4 ( 1/3) (1/2) and the x/y (y/x)

as the basics on where the whole system of measures is being defined to have a whole value of the generalised and basic telemetry of the whole system by the values = references of the basics in which a value to which a curvature in error = 3 dimensionality of the values presented as being type 1,2,3.

how to define the basics of the problems of their multiples and the basis of the radial expansion telemetry of a galactic seen side on =

the data on the force of the values and their redefined values of a positional refernce based on the general data of the motions into a value system that is basically the whole value formats of the data on the basics of their responsive data values in the affirmatives of similar point usage

where the x/y = a specific value that is affirmative of the alteration of rotation such as a pulsar which will give affirmatives to the point as similar to y/x values and their singularity = 1 usage by the 1/,1/3,1/4 based parameter of a flattened relative view:

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polar flattening degree of rotation of pulsars

(The estimated polar radius of this star is 2.26 ± 0.02 solar radii, while the equatorial radius With the viewing angle and rotation rate of Vega now better known,  which results in angular movement of a degree every 11000 years. 

Consider a toroidal mass with two degrees of rotation (both major axis and .

I understand that pulsars are neutron stars with polar beams (jets? …. to the Wiki article which explains that the axis of rotation and 

Also found in: Dictionary/thesaurus, Wikipedia, Hutchinson, 0.03 sec. …. This rapid rotationresults in polar flattening of 2% to 10%, giving the planets an  Spurred on by the discovery of three bodies orbiting a pulsar by radio astronomers in ….. For the other giant planets, thedegree to which the measured 

The Pulsar astronomy network. (http://www.pulsarastronomy.net/wiki/). − ATNF PulsarCatalog  tributed in annular rings on the polar cap. Each of these rings gives rise  cies and show that the spectrum flattens at frequencies lower than ….. β : Impact angle between the rotation axis and the line of sight 

This rapid rotation results in polar flattening of 2% to 10%, giving the planets  Spurred on by the discovery of three bodies orbiting a pulsar by radio ….. which boasts the second smallest axial tilt of all planets at 3.1 degrees….. View this article at Wikipedia.org – Edit this article at Wikipedia.org ..

11 Nov 2010  and y = force of a incline boost that has taken the 45 degree spread  the law of pulsar rotations or any basic high velocity rotation a angle that is its polar motion motivator for the polarity at a larger tan angle value of  Home of Wiki & Reference Answers, the world’s leading Q&A site …

12 Feb 2010  However, rotation can be forced into the superfluid with the creation of …. Yet the extreme magnetic field of the pulsar itself dramatically disrupts the inner  disks to quasars is entirely a matter of degree, not kind.  In AWT polar jets of black holes are an extreme example of

the responsive angle Tan as the example of a 3.2 degree rotataion of a planetary system would in the case of a black hole relate to the opposed motion in the alternate vector orbits so that searching for a super system sized planet with a sattelite would imply a system of measurement relativity of the definitions of flattened planarity

or as the larger star in a multiple value in the opposite vector direction so that a star doing 3.2 would have a black hole doing 6.4 degrees rotationality in the opposite vector dirction of a planet

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This permits a degree of freedom, namely rotation about the propagation direction. …..masers, pulsar radio radiation) and is also imposed upon starlight by scattering from interstellar dust.  Related to the sky compass is the “polar clock”, invented by Charles  It uses material from the this Wikipedia article.

because of rotation of the emission region with the pulsar…. Figure 1.6: Schematic view of the vacuum gap model at the polar cap of a pulsar, according ..

One is the measurements of the many millisecond pulsars, which would show a …..Precession is the result of the angular velocity of rotation and the angular  The earth with its mountains, oceans, polar ice caps, flat south pole,  moves from 22.1 degrees to 24.5degrees and back again on a 41000-year cycle.

this implies the difference of degrees = 24.5-22.1 = 2.4 degrees meaning that a star is rotating in the positive vector with a star going black hole event at 4.8 degrees in the opposite vector direction of the rotating star

THIS CAN BE DONE WITH ALL PLANETARY AND STELLAR DATA to define the positionality of equated or >EQUALISED VECTORS of the dark matter side on which a star or planet goes over to the other side

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22 Feb 2010  From (The Plasma Universe Wikipedia-like Encyclopedia)  layer one can consider the vacuum gap at the magnetic polar cap of a pulsar




Noun

quirk (plural quirks)

  1. an idiosyncrasy; a slight glitchmannerism; something unusual about the manner or style of something or someone
    The car steers cleanly, but the gearshift has a few quirks.
  2. (architecture) An acute angle dividing a molding; a groove that runs lengthwise between the upper part of a moulding and a soffit

BASICALLY A QUIRK OF SCIENCE IS THE BASIS THAT BY SOME CHANCE VALUE THE EARTH IS WHERE IT IS OR CAN SUSTAIN A POSSIBILITY OF BEING WHERE IT IS

THE BASICS OF THE MEANING OF LIFE;THE RIGHT STUFF

File:Right stuff ver1.jpg

BASIC THEORY OF THE HEIGHT OF A STATURE OF POWER IN THE RELAYED MEANING OF THE DEFINITION AS BEING A NON DISPUTABLE LEVEL AT SUCH HEIGHTS THAT THE HIGFHER STATURE OF ITS REPRESENTATION CAN ONLY BE RELATED TO THE EXPERIENCE OF THE MOOVES TAKEN AND MADE IN THE DECISIONS THAT IF THEY WERE NOT TO BE WOULD OTHERWISE BE DONE TO SUCH GREAT AMOUNTS THAT THE DECISIVES OF KIRKS RULE WOULD BE THAT HIS HISTORY CAN BE EQUATED TO THE THEORIES OF FORCE THROUGHOUT EVERY FORCE ON THE ANDROMEDA GALAXY AS A EXAMPLE OF THE UNKNOWN OF THE LAST AND FINAL FRONTEIR TO EVERY INTERACTIVE DECISION BASED ON REAL VECTORS AND REAL FORCE:

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File:JamesTKirk.jpg

a question of the KAPTAIN KIRK and his greatest history of acheivements in space pioneering war amongst star systems and the vanguard of all of the galaxies confederate disputes …

File:Chris pine kirk.jpg

 

 

 

File:M31bobo.jpg

KIRK the greatest credited hero of space history to such force of repute that galaxies moove or are not

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Design

The film’s production designer was Scott Chambliss, a longtime collaborator with J.J. Abrams. Chambliss worked with a large group of concept illustrators, including James Clyne, Ryan Church, creature designer Neville Page, and Star Trek veteran John Eaves.[97] Abrams stated the difficulty of depicting the future was that much of modern technology was inspired by the original show, and made it seem outdated. Thus the production design had to be consistent with the television series but also feel more advanced than the real world technology developed after it.[70] “We all have theiPhone that does more than the communicator,” said Abrams. “I feel like there’s a certain thing that you can’t really hold onto, which is kind of the kitschy quality. That must go if it’s going to be something that you believe is real.”[98] Prop master Russell Bobbitt collaborated with Nokia on recreating the original communicator, creating a $50,000 prototype. Another prop recreated for the film was the tricorder. Bobbitt brought the original prop to the set, but the actors found it too large to carry when filming action scenes, so technical advisor Doug Brody redesigned it to be smaller.[99] Thephaser props were designed as spring-triggered barrels that revolve and glow as the setting switches from “stun” to “kill”.[17] An Aptera Typ-1 prototype car was used on location

 

TO LEARN OF THE MANY  KIRKS OF QUIRKS

 

 

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AS WOULD BE THE LATEST AND MOST ADVANCIVE TYPES OF PERSONAL HUMAN RESPONSIVES =DASHBOARDS AND THEIR FORCE EQUATED BIO VALUES FOR RELATIONS WITH EVERY FUNCTIONAL INTERACTIONS POSSIBILITY OF HUMAN RESPONSES =THE GALAXY TO THE EXTENTS OF ALL OF THE EQUATIONS OF FORCE BETWEEN EVERY TYPE OF SCENARIO IN SPACETIME:

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File:Star Trek (film) bridge panorama .jpg

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The Andromeda Galaxy (pronounced /ænˈdrɒmədə/) is a spiral galaxy approximately 2.5 million light-years away[4] in the constellation Andromeda. It is also known as Messier 31M31, or NGC 224, and is often referred to as the Great Andromeda Nebula in older texts. Andromeda is the nearest spiral galaxy to the Milky Way, but not the closest galaxy overall. As it is visible from Earth as a faint smudge on a moonless night, it is one of the farthest objects visible to the naked eye, and can be seen even from urban areas with binoculars. It gets its name from the area of the sky in which it appears, the Andromeda constellation, which was named after the mythological princess Andromeda. Andromeda is the largest galaxy of the Local Group, which consists of the Andromeda Galaxy, the Milky Way Galaxy, the Triangulum Galaxy, and about 30 other smaller galaxies. Although the largest, Andromeda may not be the most massive, as recent findings suggest that the Milky Way contains more dark matter and may be the most massive in the grouping.[10] The 2006 observations by the Spitzer Space Telescope revealed that M31 contains one trillion (1012) stars,[7] more than the number of stars in our own galaxy, which is estimated to be c. 200-400 billion.[11]

James Tiberius “Jim” Kirk is a fictional character in the Star Trek media franchise. Kirk was first played by William Shatner as the principal lead character in the original Star Trek series. Shatner also appears as Kirk in the animated Star Trek series and in the first seven Star Trek movies. Chris Pine portrayed a younger version of the character in the 2009 Star Trek film, with Jimmy Bennett playing Kirk as a child. Other actors have played the character in fan-created media, and the character has been the subject of multiple spoofs and satires. Kirk also appears in numerous books, comics, and video games. The character has been praised for his leadership traits, but also criticized for his relationships with women.

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