as a moment to appreciate a formulation h = A / 1-x

supersimilarity of all formats in universes

super similarity

By Henryk Szubinski

ON THE BASIS OF TOP LEVEL CIRCUMSTANCES THAT LEAD ONLY TO THE PROCESS REINFORCEMENT, THE NON ALTERED STATES OF THE EXIT ESCAPANCY RESULTS IN FORCE INCREASE .

the process motion on the plane continues into the dimensions of force events in time but the end of the sequence defines the existance of all the cells used to define the prrocess so that the first value force and the last value force will define the processess in the mid section as displaceing through the warp space like a light sabre burning through a format sequence as a type application of any process such as a flying car

shown here is a project animations work in summary of the section amount of frames made and the time values of their run time in the speed of the section  film sequences etc….

foreground / background problems = S

can be tranferred over each other where the process in a defined level process as seen in the flat plane can be shown in their divisivesas displaceing beyond the planar flatness in which the law of a way in / way out = S 3 R1

= F

a)

ON THE BASIS OF MULTIPLE UNIVERSEES IN THEIR SYSTEM TYPE

b)

INCLUSIONS OF THE VECTOR ACCELLERATED SUM DISPLACEMENTS

c)

IN THEIR PROCESSED VALUE EXISTANT IN OUR OWN UNIVERSE

d)

AS THE TYPE FULL VALUE FORCE

e)

THAT MAINTAINS THE DISPLACEMENT VECTORS FROM ANY REVERSED PROCESS OUT

f)

AS BEING ON A DIMENSIONAL MULTI LEVEL WHERE THE VECTOR OUT

g)

= A MULTIPLE RESISTANCE / DISPLACEMENT MULTI LEVEL trace of the process made in the exit sum values as a force

KLEINS QUADRATIC EQUATIONS

MULTI UNIVERSALLY , TO DISPLACE THROUGH A NON ORIENTATED VECTOR DIRECTION , IN ANY SECTION BY ANY COVER OF SPACETIME, THE GALAXY WOULD DISSPEAR:

It’s not too hard to picture the complex projective plane. One helpful thing to do is to put a set of coordinates on it. Every ray in C³ will contain an element of the form:

(x exp(αi), y exp(βi), z)

where α and β are phase angles which lie between 0 and 2π, and x, y and z are non-negative real numbers such that (x,y,z) is a unit vector in R³. This tells us that most of CP² can be thought of as the Cartesian product of the positive octant of a sphere in R³ (the x,y,z part of the coordinates, where of course only two of the coordinates are independent) and a torus (the α, β coordinates).

Be warned: this coordinate system is subject to the same kind of behaviour as any polar coordinate system. As well as the identification between the values 0 and 2π in the angular coordinates, there is singular behaviour whenever x, y or z becomes zero.

so what is occurant at the fase of a deccellarted sequence of events or their delay values in a process to define the force of alterations of physical portals of data sequenced events as elongated formats of volume force or its compressed type boost barriers.

divisions of a cylinder into 3 sections so that the intermediate black hole / white hole on either hemisphere as input reductions =output reductions of the weight values of the cylinder in its 3 sections as a type flattened cylinder with its force being a type pulsator of the flex that would lift it.

MAKING THE TRANSFERR DISPLACEMENT FROM ONE HEMISPHERE TO THE ALTERNATE BY A TIME VALUE = 1/ 10 000 SEC-2

the space time between black holes and white holes as the type spacetime where the process of a full format force attraction of the formats as a type stabilised leaf function falling from a tree as the basics of a sustainability of a vechicle by the process flatness of space as the type relations to pressure by the stabilisations of the conflict defined in the motorics of the process to sustain a super light weight resultance by absorbancy of mass values in the output to space time as well as the sustainement by the force flow inputs into the rotations in pre enterance of the super lift.

as on the way into a plane interrcie where flattening occurs by reduced Area float by the subsequent similar background behind the output = similar basis of exit by reduced weight of the intercie value area weight:

This series of images shows the interaction of a white dwarf star with a black hole. As it passes the black hole, the white dwarf becomes strongly compressed and heated (top left), triggering an explosion. Most of the stellar mass is ejected into space (the ‘bubble’ in the upper right part of the debris in the top right image), while the rest (the cusp-like part of the image) falls toward the black hole. While the ejected matter expands rapidly, the infalling matter builds a violent, thick accretion disk around the black hole.

A strange and violent fate awaits a white dwarf star that wanders too close to a moderately massive black hole. According to a new study, the black hole’s gravitational pull on the white dwarf would cause tidal forces sufficient to disrupt the stellar remnant and reignite nuclear burning in it, giving rise to a supernova explosion with an unusual appearance. Observations of such supernovae could confirm the existence of intermediate-mass black holes, currently the subject of much debate among astronomers.

“Our supercomputer simulations show a peculiar supernova that would be a unique signature of an intermediate-mass black hole,” said Enrico Ramirez-Ruiz, assistant professor of astronomy and astrophysics at the University of California, Santa Cruz.

Ramirez-Ruiz and his collaborators–Stephan Rosswog of Jacobs University in Bremen, Germany, and William Hix of Oak Ridge National Laboratory–used detailed computer simulations to follow the entire process of tidal disruption of a white dwarf by a black hole. Their simulations included gas dynamics, gravity, and nuclear physics, requiring weeks of computer time to simulate events that would take place in a fraction of a second. A paper describing their results has been accepted for publication in Astrophysical Journal Letters, and a preprint is currently available online.

basics of the 3 levels of galaxies that are defined as universes by the process in which the data on the formats of vergance into the type White hole collectives in Galactic size parameters and their collective processess govorned by the huge white hole centre Galaxies which replace the Black holes and their central parameters around which white hole alternate universes are derived as loop holing through the universe by the process of white hole centre Galaxies as LINKS to alternate universes

the basis 1 singularity = to the universe as based on its process conflicsts with the resultance of counts of black holes against the white holes; the resultance of such altered bit differencials that = to the process of a whitte hole advantage result in a white hole universe = galactic force of the Universe by the formats to exit and position the Force .

The process of such singularities as

dark matter / white hole gain = white hole galaxy +1 ( universe / x )

the process of reinforcement as the force of the values and their incline invisability of referenced relations with the basis ODD value as in context super force boosting by EVEN values as in the whole immersive loop of the universe as alterability in super symmetry by the  1 Universe Force = the envelopment values of ODD / EVEN

= FORCE

data that remains in the context of a parameter in invisability by the type force that sustains the force of lift in verticals as described previously has a alternate horizontal super force value

= EVEN /ODD force as the type of  functions in full displacement away from the context of a exit situation in which the resultance of a similarity of Force by reinforcement = a larger context of parameter and its escapant velocities as the vectorissations of the relations that define the spacetime and the volume of force between them as the radial value = dia Force + x

as the lim x value = Dia / x

in which the x value approaches reinforcement by distance and the force of its expanded relations in the  data on

ODD + 1 / 1- EVEN = similarity + 1 /1- dissimilarity

where similarity is the process diameters and dissimilarity is the radius value of the combined responses of force fields by the resultance of a COMBINATIVE FORCE PRESSURE in any format to relate to the universe or universes by the process of comparatives down to the crucial limits of any organisms state of existance based on the value = 1 as the full alterability by relations that are supersimilar.

flying car motor

motor process as a function of the arrtificial anti gravity by generateed lift

and basic contrroll vectorisations

By Henryk Szubinski

flying car motor

the common decimal Tan value of the opposite / adjacence is computed to its mean value = 1.43 TAN

theese values are then used in the amplifications of the force motor by using full values such thaT THE DIFFERENCIALS BETWEEN THEM ARE THE FORCE MOTORIC  values of power ratios

tan 1

tan2

tan3

tan4

by toggling around with the values between them as using deciamls , values such as 3/4 or 1/3 are derived as being in thoose positions defined as such

related back to the full values and representing the singular unit value.

this is known as the displacer value , subsequent computations are known of as resistors.

basic differencials are then based on

1 Tan ————————->Tan 1.43

as

1/4 —————————->x Force

to be defined

as reversal : and the basic unit of measure on the spacetime of inclines

Tan 1.43 (1/4)<——D4

=x force

so that

x Force = D4—> / Tan 1 <—- D tan

x F =4 /Tan 1

so that the value

Tan 1  =1.43 ( 1/4) / xF

Tan 1 = 0.357 x F

2.8 Tan = Fx

this THEN IS A UNIVERSAL RESISTANCE FORCE

3 sided Tan force H2O process derived x flow universe

as the value system to use derived value subtractions on the basis of 5 value ….. on the level where H2O can flow through 3 inverted levels of the buoyancy ….. FORCE OF INV TAN SQU ATTRACTIONS BASED ON THE PROCESS TO VECTORISE THE … be locatable by theprocess of a left &/or right sided response definition of …

pyruvic acid, to CO2 and H2O, producing 18 more ATP molecules. This is the …… 91) First bilateral (has 2 sided symmetry) species evolves. Animal ….. fossilization process. [1] Cooksonia pertoni with three sporangia. …… him, and the poet Euripides derived from him an enthusiasm for science and humanity. …

relate for the ceasing of subjective time flow during macro-temporal …… experience thisprocess can be interpreted as a cognitive process or analysis ….. Knotted surface spans locally n+1-dimensional 2-sided n+1-disk Dn+1 (disk …… a) Arnold [18] has shown that if Lorentz 3–force satisfies the condition …

30 Jan 2008 … Well, I had just looked at the Wolf data on wikipedia, …… and liquid h2otends to absorb IR fairly well over many wavelengths. …… by gravitational waves of the expanding universe. …… Leif: “similarity of IMF derived from 10Be, 14C, …… All in all, a one-sided rehash of old stuff. …

I think you have misunderstood the expansion of the universe. …… If you have a solute of Ca(HCO3)2 and a solvent of H2O , what would you see(have) in the …… If the force of attraction is 4 lbs. when the masses are 3 ft apart, …… You’re looking for places wheretan(x+2) has slope 2 in the range -4 to 5. …

LORENTZ FORCE AS

Translation to vector notation

The μ = 1 component (x-component) of the force is

Here, τ is the proper time of the particle. Substituting the components of the electromagnetic tensor F yields

Writing the four-velocity in terms of the ordinary velocity yields

The calculation of the μ = 2 or μ = 3 is similar yielding

or, in terms of the vector and scalar potentials A and φ,

which are the relativistic forms of Newton’s law of motion when the Lorentz force is the only force present.

Guard Aviation to determine if the force structure can remain balanced as …… knowledge and understanding of the Earth, solar system, and universe. …… the flow nappe derived from the experimental results and the theoretical analysis. …… (~ 3 x the aircraft altitude). The present paper describes a set of …

Oxygen is the third most abundant element in the universe by mass after ….. A drawing of a young man facing towards the viewer, but looking on the side … The first commercially viableprocess for producing liquid oxygen was … of water is H2O unless certain assumptions are made about the molecular …… Ta …

Lorentz type relations with a force incline

there is a process 3 ——————>4 by the height or the pythagorean side value in 3 ….basic data on the universal H2O force as the process of the vector directions …. IF EVERYEVENT IN THE UNIVERSE IS A PARALLAX OF EVERY EVENT IN SPACE TIME BY…. as the process of the flow of water out of your hands as a force …

Module 3: First Law of Thermodynamics (5) Statement of the First law of ….. For a flow process – open system- it is the difference in the enthalpies ….. In W, p, V relation on the right hand side p and V are properties. …. Find the required force and work input. Solution: F=Ks (x-xo) Ks =500 N/m F= 50 N …

data research courtesy of Wikipedia

early artificial universe

EARLY END bio UNIVERSE

By Henryk Szubinski

the universe as a CARIMOORE AND THE TYPE END RESULTANCE TOWARDS A SCAVENGER USAGE OF THE FORMATS OF VECHICULARITY

THE TYPE 1 SYNTHIA SYNTHETIC CELL AS A FORCE TO PROTECT AGAINST SCAVENGING AS A FORMAT FOR ARTIFICIAL FORCE IN THE UNIVERSE BASED ON FORCE.

on how to exit relations with a universe state energy by the universal transferrance to a force relation with vechicularity so that the END of the universe and its energy states

AS THE TYPE COMPOSITES OF 2 OR MORE TYPE 1,2,3 ORGANISM COOPERATIONS

1/2 OF THE MUTUALISM OF EVOLUTION

THE ALTERNATE 1/2 OF THE MUTUALISM

=

G – E = F + S

defining

vectors and their full universe response vectorisations

their value vector opposites in the process of vector decellerations

as such opposed vector motion and the definitions of non usage quantability by the

resistance processess that are amounting to the values of the responsives

actual resistance in states of force as the basis of responsive force by a vector reversal

as masked with the displacement value

reversal / forwards = masked vector reversal 3 S +displacement value in reversal 4 R passed the vector reverse + 3S

so that the usability on displacements to any part of the universes = the usage of the force as displacements by transferrances of the vechicularity = Force + S /reversals of G time

having a rank in the indefinite state of non requirements to show it has a way to be early:

CHARLES DARWIN

THE EXPERT AND THE FUTURE EXPERT ON THE BASIS OF SURVIVAL

THE SCI FI REALITY LINK  EXPERT

basis of the singularity = delay ( x + F)

where x = basis of displacement + S ( portal )

basis of the formats of

F = S+ Volume

where volume based values on a cube basis = full spherical value process

= aquired formats of vector displacements + S ( F )

where the argument is the basis of :non requirement status / root value F

=delay data time

=process vector end displacements / B

where B = universal number

or

where G = universal number

the process to actuate the delay formats = delay / G

= vector insatnce of reusage of the data =on force of the responsive value expended process force amount

= the data sequenced values as a format of delay = the process predefined values of the function

t-1 = x

or

x(t- 1 ) = 1

In 1959, C. S. Holling performed his classic disc experiment that assumed the following: that (1), the number of food items captured is proportional to the allotted searching time; and (2), that there is a variable of handling time that exists separately from the notion of search time. He then developed an equation for the Type II functional response, which showed that the feeding rate is equivalent to

ax/(1 + axT_H).

where,

• a = the instantaneous discovery rate
• x = food item density
• T_H = handling time

The equation that incorporates Type II functional response and mutualism is:

dN/dt = N [r(1-cN) + βM(X+M)]

where,

• N and M = density of the two mutualists
• r = intrinsic rate of increase of N
• c = coefficient measuring negative intraspecific interaction
• X = 1/a T_H
• β = b/ T_H
• a = instantaneous discovery rate
• b = coefficient converting encounters with M to new units of N

Rearranged: dN/dt = N[r(1-cN) + baM/(1+aT_HM)]

A mutual, mutual organization, or mutual society is an organization (which is often, but not always, a company or business) based on the principle of mutuality. Unlike a true cooperative, members usually do not contribute to the capital of the company by direct investment, but derive their right to profits and votes through their customer relationship.^{[dubious – discuss]} A mutual organization or society is often simply referred to as a mutual.

A mutual exists with the purpose of raising funds from its membership or customers (collectively called its members), which can then be used to provide common services to all members of the organization or society. A mutual is therefore owned by, and run for the benefit of, its members – it has no external shareholders to pay in the form of dividends, and as such does not usually seek to maximize and make large profits or capital gains. Mutuals exist for the members to benefit from the services they provide and often do not pay income tax.^[1]

Profits made will usually be re-invested in the mutual for the benefit of the members, although some profit may also be necessary in the case of mutuals for internal financing to sustain or grow the organization, and to make sure it remains safe and secure.

Mutualism is the way two organisms biologically interact where each individual derives a fitness benefit (i.e. increased survivorship). Similar interactions within a species are known as co-operation. It can be contrasted with interspecific competition, in which each species experiences reduced fitness, andexploitation, or parasitism, in which one species benefits at the expense of the other. Mutualism and symbiosis are sometimes used as if they are synonymous, but this is strictly incorrect: symbiosis is a broad category, defined to include relationships which are mutualistic, parasitic or commensal. Mutualism is only one type.

A well known example of mutualism is the relationship between ungulates (such as cows) and bacteria within their intestines. The ungulates benefit from the cellulase produced by the bacteria, which facilitates digestion; the bacteria benefit from having a stable supply of nutrients in the host environment.

Mutualism plays a key part in ecology. For example, mutualistic interactions are vital for terrestrial ecosystem function as more than 70% of land plants rely on mycorrhizal relationships with fungi to provide them with inorganic compounds and trace elements.

In addition, mutualism is thought to have driven the evolution of much of the biological diversity we see, such as flower forms (important for pollinationmutualisms) and co-evolution between groups of species.^[1] However mutualism has historically received less attention than other interactions such aspredation and parasitism.^[2][3]