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t h e f o r c e o f s e p e r a t i o n
By Henryk Szubinski
w h o o r w h a t w o u l d b e t h e r u l e r i n a t y p e 1 c i v i l i s a t i o n
now that there is one
T H E T Y P E 1,2,3 CIVILISATIONS
By Henryk Szubinski
because the general H2O and hydroxyl ( O2OH ) on the lunar surface is a shapen outline of it , the general descriptive of a development governed by such alterations without any manipulations but by growth:
1——————————————-2—————————————3
the typeset can be a alterdefinition by the 3 sets = to
1) after —-math
2)processess of types 1,2,3
3) the processings of the primary representative
1——————————————-2
a type 1 developmental moove to type 2
as H2O on the moon and its moove into a registry for water parameters in the universe by expanding the areas in whatever irregularity as the spread by influence of a type globularity in similar value points of H2O into repeat growth of the point outlines:
2——————————————————————————————————-3
a type proton loss of the charges in space time by water detections of the values in 3 sets of interactions by minimal points and their parameter volumes as a high rated velocity loss of data on the protons in missing data of the spread of area irregularities by their interactive spacetime..
a type 2 developmental moove to type 3
THE DATA HERE AS THE INTERACTIONS BETWEEN SIZES OF THE SHAPES can be used as irregular format plasma hall THRUSTER type
AS LONG AS THE FORMATS FOR THE INTERACTIVE SPACES ARE USED AS A TYPE COBE IMAGERY FACILITATION OF THE points inbetween the linear squeeze as the ype plasma developments of a projective mapping of the thruster type similarity on a generally smaller thruster vector location..
the presence of pulsar star bursts as a type H2O remnance from the basic data on plasma as being large scale structure located by a hall thruster that functiuons where there is Oxygen
Statistical shape analysis is a geometrical analysis from a set of shapes in which statistics are measured to describe geometrical properties from similar shapes or different groups, for instance, the difference between male and female Gorilla skull shapes, normal and pathological bone shapes, etc. Some of the important aspects of shape analysis are to obtain a measure of distance between shapes, to estimate average shapes from a (possibly random) sample and to estimate shape variability in a sample[1]. One of the main methods used is principal component analysis.
Hall effect thruster. The electric field in a plasma double layer is so effective at accelerating ions, that electric fields are used in ion drives
1/x =Force ( delay /1+2+3)Universal number in 10 dimensional hyperspace
it can mean a empolyment of certified data as a alternative to the Kardashews theory
now that the earth is a type 1 civilisation; the leader Number one of the universe in its primary format as a after value maths calculation of the Lunar value H2O universiality to defne the chances of a 1 leader:AS TYPE 3 OF A ALL FUNCTIONS INCLUSIVE OF EVERY TYPE..
Human civilization is currently somewhere below Type I, as it is able to harness only a portion of the energy that is available on Earth. The current state of human civilization has thus been named Type 0. Although intermediate values were not discussed in Kardashev’s original proposal, Carl Sagan argued that they could easily be defined by interpolating and extrapolating the values given above. In 1973, he calculated humanity’s civilization type to be 0.7, in relationship to Kardashev’s model for Types 0 and I.[4]
Sagan used the arbitrary formula:
Value K is a civilization’s Kardashev rating and W is its power output in watts. Sagan used 10 TW as value W, which was considerably higher than present data suggests.[5] Sagan’s overestimation makes little difference in regards to human civilization’s K rating, effecting only a difference of 1% in the value of K (See Table Below). International Energy Agency World Energy Outlook (2005)[5] and section 7 of Key World Energy Statistics[6] project values for planetary power production yielding these corresponding Kardashev scale estimates:
Palpatine is a fictional character in George Lucas‘ science fiction saga Star Wars.[1] Palpatine, portrayed by Ian McDiarmid in the feature films, is the main antagonist of the saga. He first appears in the original trilogy as the Emperor of the Galactic Empire. Here, he is an aged, pale-faced figure who dons dark robes and walks with the aid of a twisted wooden cane. Despite his frail appearance, he was one of the most powerful Sith lords ever.
The Kardashev scale is a method of measuring a civilization’s level of technological advancement. The scale is only theoretical and in terms of an actual civilization highly speculative; however, it puts energy consumption of an entire civilization in a cosmic perspective. It was first proposed in 1964 by the Soviet Russian astronomer Nikolai Kardashev. The scale has three designated categories called Type I, II, and III. These are based on the amount of usable energy a civilization has at its disposal, and the degree of space colonization. In general terms, a Type I civilization has achieved mastery of the resources of its home planet, Type II of its solar system, and Type III of its galaxy.[1]
In physics, deformation is a change of a shape due to an applied force. Investigating shape deformation can reveal the transformation between two similar shapes and give information about local and global shape differences. Mathematically, a deformation is defined as a mapping from a shape t to y by a transformation function Φ, i.e. y = Φ(t).(See Definition 10.2 of I.L. Dryden and K.V. Mardia (1998). Statistical Shape Analysis. John Wiley & Sons. ISBN 0471958166
BUT ON STARWARS TYPE 3 CIVILISATIONS:———–
Palpatine rises to power in the prequel trilogy. Here, he is an avuncular middle-aged politician of the Republic who slowly rises to the rank of Emperor through deception and treachery. Secretly, Palpatine is Darth Sidious, a Dark Lord of the Sith who initiates and manipulates the Clone Wars to destroy the Jedi and usher in the authoritarian Galactic Empire.
MICHIU KAKU IN HIS PORTRAYAL OF WHAT IS OUR OWN HUMAN RECOGNITION WITHIN AS A TYPE 2 CIVILISATION WE ARE NOW BY WANTOM SEARCHING IN THE MOTORICS OF STEMMIC RELATIONSHIPS TO MAKE MONEY ON AS TYPE 2 CHANNELING OR A TYPE 2 TRANSLATIONALITY BY BIO FUNCTIONINGS AS HUMAN TYPE PROTOCOL PRESENTATIONS , YOU ARE ACTIVE IN..
IF YOU DONT BELEIVE IT , IMAGINE A GREATER GROUP CONGLOMERATE AS THE NUMBER OF CHANNELINGS NEEDED TO MAKE SENSE OF THE FORCE:
AS A TYPE 2
WHEN YOU DECIDE IN WHICH ORDER THE CHARACTERISTIC EMULATIONS OFREAL VALUE BIO h2o EXISTANT IN THE UNIVERSE AS THE GALAXY …THE NUMBER OF CHOICES IS REDUCTANT = TO THE TYPE 2 AT ABOUT 3 TO ANY RESPONSIVE AMOUNT OF RESPONSIVE SUB GROUPINGS..AS THE TYPE 1
Star Trek is an American science fiction entertainment series. The original Star Trek was an American television series, created by Gene Roddenberry, which debuted in 1966 and ran for three seasons, following the interstellar adventures of Captain James T. Kirk and the crew of the Federation Starship Enterprise. These adventures were continued in an animated television series and six feature films. Four more television series were produced, based in the same universe but following other characters: Star Trek: The Next Generation, following the crew of a new Starship Enterprise set several decades after the original series; Star Trek: Deep Space Nine and Star Trek: Voyager set contemporaneously with The Next Generation; and Star Trek: Enterprise, set in the early days of human interstellar travel. Four additional feature films were produced, following the crew of The Next Generation, and most recently a 2009 movie reboot of the series featuring a young crew of the original Enterprise set in a parallel universe.
faseing cloacks in spacetime
By Henryk Szubinski
In mathematics, computer science, and related fields, big O notation (also known as Big Oh notation, Landau notation, Bachmann–Landau notation, and asymptotic notation) describes the limiting behavior of a function when the argument tends towards a particular value or infinity, usually in terms of simpler functions. Big O notation allows its users to simplify functions in order to concentrate on their growth rates: different functions with the same growth rate may be represented using the same O notation.
¨
MADELSTAM FEYMAN
Although developed as a part of pure mathematics, this notation is now frequently also used in computational complexity theory to describe an algorithm’s usage of computational resources: the worst case or average case running time or memory usage of an algorithm is often expressed as a function of the length of its input using big O notation. This allows algorithm designers to predict the behavior of their algorithms and to determine which of multiple algorithms to use, in a way that is independent of computer architecture or clock rate. Big O notation is also used in many other fields to provide similar estimates.
A description of a function in terms of big O notation usually only provides an upper bound on the growth rate of the function; associated with big O notation are several related notations, using the symbols o, Ω, ω, and Θ, to describe other kinds of bounds on asymptotic growth rates.
Let f(x) and g(x) be two functions defined on some subset of the real numbers. One writes
if and only if, for sufficiently large values of x, f(x) is at most a constant times g(x) in absolute value. That is, f(x) = O(g(x)) if and only if there exists a positive real number M and a real number x0 such that
In many contexts, the assumption that we are interested in the growth rate as the variable x goes to infinity is left unstated, and one writes more simply that f(x) = O(g(x)).
The notation can also be used to describe the behavior of f near some real number a (often, a = 0): we say
if and only if there exist positive numbers δ and M such that
If g(x) is non-zero for values of x sufficiently close to a, both of these definitions can be unified using the limit superior:
if and only if
UNIVERSALLY WHEN THERE ARE NO CHANGES TO A SYSTEM IN USAGE TO FAIL..the locator of the problem is not here in the same relation of unchanged displacements / parameters:to not imply ..
1) data on the frictions of a process in motion
2) the process of force in expansion = dynamics in alterance
3)data on the magnetics of attractions of a bar magnet volume as dynamic polymer substitutes of the impregnations of magnetic values into the motion alterance points of a type conductibility in point designated Fe to mapp a polymer magnet area :
FEYMAN PROPAGATOR
the data on the process of a typev ertical seperation as a continued gravitations value in the increased values of a spacetime area in expansions around the gravity verticie as a volume and its inverted dynamical volume as the space time increase of its unified field..
The data on how the definitions of a surface area volumetrical 3 dimensionality of the irregular pockets in the basic usage of the tensile data of the processess in the data on mobility of the objectives of a point referenced data point ability to define the motion of a point into the alternate side of a space time continuiim = to a irregular surface underside in the the designations of Universal trakking of every gravity particle point as a molecular point in motion ..as the interactions of the previous data
TORQUE POSITION AND FORCE
Data on the processess of the functions of a volumetrical 1/2 value diameter in the rates of a seperation of the gravity aprticle in its motion connective parameters of the spacetime multi coontinuiims as based on surface connected by a gravity particle = to the formations of pockets of space time interactive values.. as the data implies of a gravity particle to be able to be halved in its contraction to a core value in half of the area and also as a expansion by cancellations of the opposite hemisphere by the process of exchanged perimeters = Cir
= combined faseings of a type minimal value LINK SECTIONS OF A SPHERE
THERE CAN BE AS MANY FEYMAN DIAGRAMS AS THERE ARE ADHESIONS TO THE LINEAR VALUE OF A ( x,y,z) in its z angle along a feyman propagator seen from above in its designated vergance as a type angle in alterance as = to a angle in form as a volume of feyman similarity to the quantality of the increase DISPLACEMENT of z values with their divisive x QUANT values and root y = to a angle in increase as a lim x = 1 where x approaches infinity
the data on the formats of the sectionality in a area spread of the processed similar gravity value of the spacetime continuiim would be very large to cloack a spacetime the size of the earth basically due to the universal area space time and the earths . As a type referrence to use a area spacetime minimal value the interactions in the previously defined formats by the data on a gravity particle Cir defined as the fase exchange of the point specific point relation of the EARTH as a type value input of the data on the large gravity expansions by a surface space time expansion as a gravity particle surfaces to the spacetime surface it can also be alternated into a process of data on the formations of ripples which is specificaly non indicative but indicates the process of a basic fase exchange in the enthropy of a inv tan square law in a circumferencial data relation in which the problems of the gravity particle having its own gravity effct on surfacing the space time..
The processess involved with the data on the functions of a base gravity volume in a rectangular volume formattor as =actual gravity surface in the process of being point spread as well as being point cored. Data on the functions of a surface that is not actively dependant on a previous measurement would be quantal as would its uncertainty be the functions of quantal values in a rate of decellerative approaches to a top height limit in which data on the gravity as a quantal gravity particle cloud inside a gravity particle as the basics of a internal volume inside the particle volume as a type orientation by specific rotations to a LINK IN THE PROCESSESS WHERE THE Quantality = a amount of active gravity in space time and also the amount of innactive gravity particles defined as spacetime..
PROPCESSING THE INVERTED INVOLUTIONS OF PARTICLE CLOUDS IN UNIFIED TORQUE ACTIVITY INSIDE INTERNAL PARTICLE LINK QUANTALS:
In mathematics, an involution, or an involutary function, is a function f that is its own inverse:
- f(f(x)) = x for all x in the domain of
An involution is a function 
which, when applied twice, brings one back to the starting point
In linear algebra, an involution is a linear operator T such that T2 = I. Except for in characteristic 2, such operators are diagonalizable with 1’s and -1’s on the diagonal. If the operator is orthogonal (an orthogonal involution), it is orthonormally diagonalizable.
The transpose of a square matrix is an involution because the transpose of the transpose of a matrix is itself.
Involutions are related to idempotents; if 2 is invertible, (in a field of characteristic other than 2), then they are equivalent.
t h e m o d u l a r u n i v e r s e
by Henryk Szubinski
The Universe comprises everything that physically exists: the entirety of space and time, all forms of matter, energy and momentum, and the physical laws and forces that govern them.
the force being as such the law of common values amongst greater certainties of the comparative valuse of particles in their size relations and the data on the comparatioves with the basic laws that in comparative analisis is the data on why the values define the spacetime of the force that makes it so.
[edit] Sphere
The volume of a sphere is the integral of infinitesimal circular slabs of thickness dx. The calculation for the volume of a sphere with center 0 and radius r is as follows.
The radius of the circular slabs is 
The surface area of the circular slab is πy2.
The volume of the sphere can be calculated as 
- Now
- and
Combining yields 
This formula can be derived more quickly using the formula for the sphere’s surface area, which is 4πr2. The volume of the sphere consists of layers of infinitesimal spherical slabs, and the sphere volume is equal to
= 
the same laws that govern the stucturisations of spheres are in action with:
type references made to particles of:
contractors
corroders
volume
reversal type protons
m particles
x particles
the sum of theese =y
between each of theese particles is a comparative space time where general relativity can be inserted:
With this additional condition—the covariant divergence of the energy-momentum tensor, and hence of whatever is on the other side of the equation, is zero— the simplest set of equations are what are called Einstein’s (field) equations:
On the left-hand side is the Einstein tensor, a specific divergence-free combination of the Ricci tensor Rab and the metric. In particular,
is the curvature scalar. The Ricci tensor itself is related to the more general Riemann curvature tensor as
On the right-hand side, Tab is the energy-momentum tensor. All tensors are written in abstract index notation.[28] Matching the theory’s prediction to observational results for planetary orbits (or, equivalently, assuring that the weak-gravity, low-speed limit is Newtonian mechanics), the proportionality constant can be fixed as κ = 8πG/c4, with G the gravitational constant and c the speed of light.[29] When there is no matter present, so that the energy-momentum tensor vanishes, the result are the vacuum Einstein equations,
theese particles increase in size from the smallest to the largets in that order:
The laws that are however the reasons why the universe exists are as such the laws that define why it is present in human time.
data on the full value of a big origin of the universe as comparable to section 1 of its evolutive fase into the functional characteristics of its quantal mechanics state:
2-2y=3F
the nature of the size of the universe is dependant on non contractor particles as such also the corrode type atoms with their reversals type protons.
Into a definitions of waht this means for the isolations of m particles and their referenced survival into the fase defined as m reversal and its quant spacetime as a volume particle exchange by
m.p+q spacetime= volume
However, the term Universe may be used in slightly different contextual senses, denoting such concepts as the cosmos, the world or Nature. Current interpretations of astronomical observations indicate that the age of the Universe is 13.73 (± 0.12) billion years,[1]
it would depend only on the values of the reassigned particle types:
1) non contractor particle = by reversal or positional exchage types as the universe cause
2) the type corroder particles which would remoove space time from type
universe cause as is a m type fase occilation where the volume particle universe exchanges the volumetrics of 3 m type occilations.
the quantality of the processess that use 1/2 of a quantal value such as a higgs boson of the very begining and the data on the quant reality that makes certaion events such as particles designated the value x as being able to draw the force of its environmental parameters into big fases of quantal certainty meaning that x particles can attract the furure of time diallation and make the difference between a event in 2 D spacetime as:
———-x particle—-<<<———drawn spacetime—attraction—event
the event becomes a eventuality:
and that the diameter of the observable Universe is at least 93 billion light years, or 8.80 × 1026 metres. It may seem paradoxical that two galaxies on opposite sides can be separated by 93 billion light years after only 13 billion years,
as such the particle race for the type projected size of the universe by the contractor —-m type—-and volume exchanges that are in comparative minimal size reference of the general type 1 universe size as volumetrically greater in values of force and its force fields.
as such the data on the possibilities of the future in our universe and the parameters of its involvance to do what it has to do or be in a state of universal delay by the quant certainty that the only responses are made at such a time as where there is only quant spacetime and the resultant spacetime end of time.
since special relativity states that matter cannot be accelerated to exceed the speed of light in a localized region of space-time.
However, according to general relativity, space can expand with no intrinsic limit on its rate; thus, two galaxies can separate more quickly than the speed of light if the space between them grows.[2] It is uncertain whether the size of the Universe is finite or infinite.
t h e t h e o r y o f a d va n c e m e n t s i n t h e u n i v e r s e
By Henryk Szubinski
THE USAGE OF SPACE TIME BITS as withdrawn from the environment of space time by using them in a constructor type relation to building the composites of stars and galaxies as the basic reasoning that increased levels of force field puzzle bits would = increased levels of causality as =to the one field of force aquired would lead to the spectral certainty of the process reason / cause as the data on the full value in predefined dsiplacements of the cause to have a basic format for the displace transparency of the reasons why the
a))reversal possibility
b)) =reversal possibility
c))of the possibility
d)) or of the reversal
a similarity of space time events to the shrödinger cat experiment;
7 6 5 4 3 2 1
(the guess work universe )
Schrödinger’s cat is a thought experiment, often described as a paradox, devised by Austrian physicist Erwin Schrödinger in 1935. It illustrates what he saw as the problem of the Copenhagen interpretation of quantum mechanics applied to everyday objects. The thought experiment presents a cat that might be alive or dead, depending on an earlier random event. In the course of developing this experiment, he coined the term Verschränkung—literally, entanglement
—————————————————————————————–
the overlays of data on the ; shrödinger cat experiment in causality
=actions / reactions = motivator
1 2 3 4 5 6 7
the collagulations of a space time parameter with its characteristic features of stars star systems exo planets dust clouds etc…etc…
the data on functional specifics of the basic 2 levels = non specific detailings as the data on reinputs by the formats of universal interactions by the data being as high as the multiple involvements of the data being the similarity to the values of 4x responses of anyting inside a cold matter force filed and the force fileds of the basics in similar force or power within a format for galaxies as the data on similarities to basic bio functions of building environments by variety..of the data being multi motivated by the designer type constructions of bio units with multi star system units and the multi spectrality of the connections to other bland systems by altering the formats of full spectrality..
the data on inputs are as follows
can the action inside the cube 1 be equal to a reaction inside cube 2
by the processings of the states of 1,2,3,4,5,6,7 as the formats by the characteristics of the method;
1) input to define =time space as a audial signaling element
2) level of complication =multiple sciences as interactions
3) differencial functions =basis of the connected sequence 1,2,3 as the basis of the motiveted force in opposition to level 4 interaction;
4) basis of the connectives=the absobtions of singular linearity by the observed effects
5) the multiple =testing the reflex function in astrophysics by audial research on absorbtions of the data used in exchange as the alterant format of connective sequences = level 6 format for the spread on values….
6) values of a forwards force=simulated environments as time simulataneousity of displaced responses to the same formats of a unpredicatability in which level 7 = similar vector responses
7) data on everything..= vector response similarity by the data on a functional delay in the similar vector as the stress functions of temporal delays as no other connection.
The aim here is to define the transferrance of similar responses by data delay.
the reasons why a controlled event can be active in the alterations of the lines that compose a cubes strength by any force of interactions of simulated connective wave fronting as the linear curvatures and the implications of a string theory;
possibly the connections of a order of size of the side of a cube being a curve by the formats of insicriminative values implied to connect the linear vectors by the formats of the 4 alterations of a wave by linear directness in the formats of the basic motivations of connecting the values on the internalised sections of area = volume (curvature ).
s p a c e s h i p d e v e l o p m e n t
By Henryk Szubinski
on site developemnts of the data on the problem resultant calculator
on the y = 60
x=120
on the formats for a latitude and altitude of the universe by the connective plane at the divisive 120 / 60 = 2 degree soild interactions on the 60 degree response quant of
120 t = F
shown below how the angle 3 can be calculated as the quantal dimensionality of time as a dimensional connective to processess of dimensional quantality in action with dimensional time…
as the format for a universe open state of the cause in the angle of the
opening as the reson for the time begining..
a quant measurement device ould have the distributions along a ruler as the format to a already dveloped value as the value measurement progressess. the format to use two devices as the measurement of alteration can be connected to any format on the comparative with the
1) ruler = 2x and
2) the devices = 2 y..
on the plane of needing a volume input to fill the
3) quant volumetrics of the time resultant quantality=causative
4) temporal avoidance whcih would be like giving the cure for a universe in need to have fill volumes lid / fluid state interactions of a non controllability of the processess resultant in a type radical particle modality of communicative data with sections of cold matter ….on the solid basis or on the fluid basis.
THE DATA HERE INDICATES A X FORMAT INTERACTION ON THE VALUES OF plus / minus in exchange of the format of high activity particles shown at the bottom of the work..
1degree–1–(+60)–2–(-120)-3–4—(+120)–5–(-60)—6—1 degree
format for a 3rd angle in quant dimensionality overriding the planar linear and point values..
A displacement field is an assignment of displacement vectors for all points in a body that is displaced from one state to another.
A displacement vector specifies the position of a point or a particle in reference to an origin or to a previous position.
We present Hobby-Eberly Telescope (HET) observations for galaxies at z < 0.3 from the Sloan Digital Sky Survey (SDSS) showing large velocity dispersions while appearing to be single galaxies in HST images. The high signal-to-noise HET spectra provide more definitive velocity dispersions and tests of binarity. Studies of emission-line widths in QSOs indicate that black holes can exist with masses greater than 5 billion solar masses, implying host galaxy velocity dispersions greater than 500 km/s by the local black hole – bulge relationship. The maximum velocity dispersion we find is 450 km/s, suggesting that either black hole masses are overestimated or that the black hole – bulge relationship changes at high mass.
Before considering displacement, the body state before deformation must be defined. It is a state in which the coordinates of all body’s points are known and described by function:
where
is a placement vector - Ω are all the points of the body
- P are all the points in the space in which the body is present
Most often it is a state of body to which no forces are applied.
Then given any other state of this body in which coordinates of all its points are described as 
the displacement field is the difference between two body states:
where
is a displacement field, which for each point of the body specifies a displacement vector.
[edit] See also
the formats for a previous data reality as the fluid indicator of the complex to advance the values the indicator of the barrier type problem=the data on the formats of the prerequirement of artificial gravity by the formats of a reversal to point specific active mode.
central stellar velocity dispersion measurements for 428 galaxies in the Palomar spectroscopic survey of bright, northern galaxies. Of these, 142 have no previously published measurements, most being relatively late-type systems with low velocity dispersions (lsim100 km s–1). We provide updates to a number of literature dispersions with large uncertainties. Our measurements are based on a direct pixel-fitting technique that can accommodate composite stellar populations by calculating an optimal linear combination of input stellar templates. The original Palomar survey data were taken under conditions that are not ideally suited for deriving stellar velocity dispersions for galaxies with a wide range of Hubble types. We describe an effective strategy to circumvent this complication and demonstrate that we can still obtain reliable velocity dispersions for this sample of well-studied nearby galaxies
The format for the interactions of the values back to the dipodic formats of the basis to use the non restrictives of high mobility by mix fluid / solid data on the basis to engage. As the format to use the parameter to any requirement of primary motor indications as the format of displacability on the basis of 4 point spread to observe which is in the format for the increase of the data sequence here indicated =as the format to connect on point 1 = point 1,2,3 as the data on the maintainments of the format to check any astronomical data for its tactile value system.BY the format of the data as a check data monitor.
the high activity particle distributions of a general curvature of space time as the basis of a transferrance open state of the universe by the higgs isolations of every point in transparency;
The format for the calculations thus caculated can be used in the format of the alternate input to quant calming of the rapid or uncontrollable reates of increase on the volumes of time space as the instant format of force = by current data / or the format that it would happen anyway..
antidote spaceship industries
talk back