dark matter argumentative reality

the argumentative basis of dark matter

By Henryk Szubinski

GRAVITY AS THE FLOW OF MATTER INTO A STEADY STATE FIRST CONTACT TYPE RREFERENCE MADE HERE TO A HAND AND THE POSSIBLE WARPING AT THE SPECIFIC POINT THAT ALTERS THE SUBSEQUENT FLOW OUT BY IMPULSE OF THE WATER ILLUSTRATION OR THE SAND EXAMPLE WHERE THE EXCESS IS IGNORED AS BEING INVISIBLE:

making the comparisons then of sand as photons and the type fall and capture of photons by convex &/or concave lenses

the basis of the universe COBE being a huge barrel where the process of a loop in and out of its parameters reuses the photon stream to capture every miss of photon gravity stabilisations resulting in galaxies.

Lensmaker’s equation

The focal length of a lens in air can be calculated from the lensmaker’s equation:^[10]

where

f is the focal length of the lens,

n is the refractive index of the lens material,

R₁ is the radius of curvature of the lens surface closest to the light source,

R₂ is the radius of curvature of the lens surface farthest from the light source, and

d is the thickness of the lens (the distance along the lens axis between the two surface vertices).

AT SOME LIMIT THE matter fallen will be held back by a surface that is orientated as being against its fallen state:

IF YOU COULD HOLD WATER IN SPACE NEXT TO A GRAVITY EVENT; YOU COULD IN THEORY REETREIVE THE WATER SPILLED  BY FORCEING IT BACK TO ONE SPACETIME PARAMETER WITH YOUR HANDS OR SOME DEVICE TOOL:

Eye–hand coordination (or hand–eye coordination) is the coordinated control of eye movement with hand movement, and the processing of visual input to guide reaching and grasping along with the use of proprioception of the hands to guide the eyes. It has been studied in activities as diverse as tea making, the movement of solid objects such as wooden blocks, sporting performance,music reading, online first person computer gaming, and copy-typing. It is a way of performing everyday tasks and in its absence most people would be unable to carry out even the simplest of actions such as picking up a book from a table or playing a video game.

basis of barriers in the process to grab and take from the formats of the alterance of the levels along sequences, the way to grow.

meaning in short: you take a fist full of water, but it flows out of your hands. Why:

galaxies as immense hands that have found a way to hold fluid formats such as type 1 H2O

DATA ON H2O AS A SIMILAR BASIS OF THE PROCESS TO ELONGATE THE DATA ON RESPONSIVE FORCE OF THE DISPLACEMENTS THAT ARE ACTUALY FREE FORMATS OF THE PROCESS TO EXTEND THE VALUES OF THE FORCE USED AND THE LEVELS OF THE DATA PARAMETERS IN THE UNIVERSE

as a basis of the attampt to hold water with a force field in time reversal

RECEEDING VALUES OF FORCE ON THE SPACETIME EXPANSIONS OF THE H2O PROCESS HEIGHT COMMON VALUE

as the process of  the flow of water out of your hands as a force

as anti matter the flow back into the hands where previously it had fallen down with gravity

In the framework of quantum field theory, and using the standard techniques of perturbative calculations, one finds that gravitation is non-renormalizable in contrast to the electroweak and strong interactions of the Standard Model of particle physics. This implies that there are infinitely many free parameters in the theory and thus that it cannot be predictive.

In general relativity, the Einstein field equations assign a geometry (via a metric) to space-time. Before this, there is no physical notion of distance or time measurements. In this sense, general relativity is said to be background independent. An immediate conceptual issue that arises is that the usual framework of quantum mechanics, including quantum field theory, relies on a reference (background) space-time. Therefore, one approach to finding a quantum theory of gravity is to understand how to do quantum mechanics without relying on such a background; this is the approach of the canonical quantization/loop quantum gravity/spin foam approaches.

Simple spin network of the type used in loop quantum gravity

Starting with the initial-value-formulation of general relativity (cf. the section

basic similarity of a quantum loop with the  force of a dipod

on General relativity#Evolution equations), the result is an analogue of theSchrödinger equation called the Wheeler-deWitt equation, which some argue is ill-defined.^[1] A major break-through came with the introduction of what are now known as Ashtekar variables, which represent geometric gravity using mathematical analogues of electric and magnetic fields.^[2] The resulting candidate for a theory of quantum gravity is Loop quantum gravity, in which space is represented by a network structure called a spin network, evolving over time in discrete steps.^[3]

Though not proven, it may be impossible to quantize gravity in 3+1 dimensions without creating matter and energy artifacts. Should LQG succeed as a quantum theory of gravity, the known matter fields will have to be incorporated into the theory a posteriori. Many of the approaches now being actively pursued (by Renate Loll, Jan Ambjørn, Lee Smolin, Sundance Bilson-Thompson, Laurent Freidel, Mark B. Wise and others^[4]) combine matter with geometry.

The main successes of loop quantum gravity are:

1. It is a nonperturbative quantization of 3-space geometry, with quantized area and volume operators.
2. It includes a calculation of the entropy of black holes.
3. It replaces the Big Bang spacetime singularity with a Big Bounce.

my question concerns the hypothesized constant expansion of the universe. if the …… The most common process is called pair production; here a photon, …… Could galaxiesreceeding from each other (relatively) at ~c be gaining extra …… If the force of gravity can be defined as the curvature of spacetime, ..

water would alter flow under greater pressure

Organisms that grow optimally or very well at pH values above 9, often between …. time instants (you could consider this as dividing space-time into boxes if you like). …. CO2, O3 and H2O have IR bands in the 6-20 microns range ; their simultaneous …… Due to theexpansion, objects are receding from Earth. …

possibilities of some dynamic levels of the speed of water flow out of one hand as faster than in the other hand

7 Jun 2010 … These structures average 6 km (4 mi) in height and reach a … [ref:wikipedia]. Possibility Of Life ….. Expansion cannot exceed the values for N(T) given either by ….. It’s no longer spherically symmetrical , the receding and … Kerr spacetime is the unique explicitly defined model of the …

the usage of a hand hold by a angle would accellerater the flow out

This expansion process has been observed in laboratory experiments but never in a . ……Classroom News Freezing: Liquid to solid, expansion in H2O 5. …

Other fallacies common to cosmology include Burden of Proof Reversal, …. This is based on the Expansion rate conjecture for Big Bang. ….. distant galaxies are receding away from us,; at a velocity proportional to redshift values, ….. Space-Time and Grand Unification ideas do the opposite – they generalize by …

20 Jun 2007 … On page 77, McCutcheon honestly states: ‘In expansion theory, the gravity of an ….. Forces result from radiation exchange in spacetime. …… Lubos, I know a lot about infrared absorption by H2O and CO2, …… the graviton force from distant receding galaxies in the downward direction from me! …

11 Nov 2004 … It is a consequence of the 4-Dimensional space-time character of the ….. if so then the value of gravity will change if the expansion slows …. the receding celestial systems, stars, galaxies, et al, are in direct line of sight. ….. the unification of the unidentifiedforce of gravity (F) with …

non-zero value of the receding contact angle is reached. (ii) The interface then has a conical structure in …… the UV absorbance values by over 70% for both processes. İ …… bedheight and value of U/Ums, there is a critical value of powder …… by the temperature gradient and the fluid thermal expansion …

as a point specific usage of a hand hold = 1 unit of water force fields.

SAND SCULPTURES

HOW TO USE THE 1 HANDHOLD OF WATER AS A FORCE FIELD:

AS WELL AS A MULTIPLE HANDHOLD VALUE AS THE MOTIVATIONS OF FORCE FIELDS IN MOTION UNITS.

basis of the young Andromeda galaxy and the older still Milky way, or is it.

ONE GALAXY WILL RESPOND TO ANOTHER GALAXY BY THE ARGUMENT OF WHICH IS FIRST

AS WELL AS WHY THE REALITY MIGHT BE AS EVEN AS A VERY VALUABLE TIME DECIMAL THAT WOULD DEFINE THE DIFFERENCE:

IF OR NOT THIS DIFFERENCE EXISTS , THE VALUE OF IT WOULD BE HIGH ENOUGH FOR THE DIVISIVE COMPETITIONS OF WHAT THIS BARRIER IS AND WHY THERE IS POSSIBLY NO EXCLUSION FROM THIS TYPE 1 INVOLVEMENT .

ON THE BASIS OF THIS VALUE, THERE MIGHT BE GREATER COMPLEXITIES SUCH AS THE NON REVERSABILITY OF A GREATER BARRIER KNOWN OF AS THE DECRIPOEDATATION OF THE SPACE WHERE GALAXIES ARE NOT PRESENT AND WHICH WOULD DEFINE THE BASIC DIFFERENCE WITH A SIDE THAT WOULD BE WINNING OVER THE LOOSING SIDES DUE TO A BASIS OF REWARD AND PENALTY ON IMMENSE LEVELS OF FORCE BY ARGUMENTATIONS OF THE SHAREING OF IT= TO THE NON REVERSABLE FORCE OF REVERSABILITY BY USING THE SPACETIME IN ALTERNATE ZONES OF THE UNIVERSE DEFINED AS DARK MATTER.

Good questions but the prblem could be just as old on every format of the universe down to the very minimal difference of each galaxy: so which is younger. And which has the basis for growth based on a level of what actually defines our own place in a competition with the lower level where a concept has entered the arena of the differenciations of which one  looses the argument based on a time of argumentations that might actually be lasting as long as the place to find for one self that is as yet not inhabited by what is a critical need for the competitions of the evolutive drive = to the non exclusion of what seems like the competition for a parameter without its multiple opposition problems.

1 force = basis of alternative hemispheres with the advancive formats of the usage by reductions of the process in continuiims of usage by the data on the time levels to seperate S from the t = area or volume levels of the

x parameters in space time = to a non availability in reversals

=- Vol F

F1 ( radius + x )- 1 ( A/S) = t ( volume) reversal

basically doable in a

1 value alternations where the end value = -1 basis of the A/S as the intercie of the 3 S = F1 r +x and the 4 R = t volume reversals so that

1 end / F 1 r + x = (-1 S /A ) / 3S ( 4R)

on any level of the time process relations to the availability of a force outof the competitive evolutive formats of the outside force of the process in reversal as boosted by a time value would result in the process reversing the loss of force and continue into the  difference or non difference of the super symmetry of the argumantations as the level 1 existance only of a forwards boost in the sequence =reversed force ( forwarded non force )  as a loss / non loss theorem

on the basis of  the equalisations of the theory of the similar common values the theorem is then:

( radius  ) volume  = t

1 existance only of a forwards boost in the sequence =reversed force ( forwarded non force )  as a loss / non loss theorem

as the basis of a lim x = lower than 1 10 second trip from any hemisphere by the link to data on the alternate hemisphere of the Earth as the basis of the value vector in every basic similarity of the Earth common time for any opposed displacement from one side to the other:

radius / 4 ( volume diameter 3 ) = t RS

as the basics of the values of a diamter accelleration passed the force of the radius = to a 3 radius value Volume accellerated basis for the alterance of theese values = the singularity of 1/2 R + 1/2 R = 1

this is done on the now formats of the event to use flying cars defining this type of GO.

DARK MATTER THEN IS A FLATTENED FORMAT OF A GALAXY RELATED EVENT OF SIMILAR GALACTIC EVENT CONTINUIIMS

the basics on the argumentations of dark matter might be a process to a argumentation on the levels of the non ending sequence as well as a format of the type recallibrated argumentations of the parameter without a actual representation

= the formats for a reversal of the argument that is based on the availability of the force process and the type arguments on the side that uses them.

sci fi newspaper mars latest repport is the lord of the rings

story by Henryk Szubinski

heres the latest in my newspaper from space orbit with a story on images related to the movie soundtrack of the Lord of the rings

as the type concept related to the context of a point of view of the types of environments on Mars that would be based on the parameters of the crater environments of the Mars surface and the type views as would be seen with a possible relation with the emotional context of the whole Earth being immersed in the missions to Mars as would be in occurance and now planned for a go for Mars with crew on a return voyage:

A manned mission to Mars has been the subject of science fiction, engineering, and scientific proposals throughout the20th century and into the 21st century. The plans comprise proposals not only to land on, but eventually also settle the planet Mars, its moons, Phobos & Deimos and terraform the planet.

Preliminary work for missions has been undertaken since the 1950s, with planned missions typically taking place 10 to 30 years in the future. The list of manned Mars mission plans in the 20th century shows the various mission proposals that have been put forth by multiple organizations and space agencies in this field of space exploration.

In 2004 the U.S. administration announced a new Vision for Space Exploration naming a manned Mars mission as one of its milestones. No concrete plan has been decided upon though, and the proposal is currently being discussed between politicians, scientists, space advocates and in the public.

what Earth needs is a sountrack that will finish the search and planned missions on a basis of durational expenditure that might never end:the soundtrack from the movie “THE LORD OF THE RINGS”

Vangelis offered his soundtrack “MYTHODEA” but the concept is still far from the type of effort needed:

You know – we live in an age of artistic poverty. There aren’t any more Mozarts, Beethovens and Tchaikovskys to give us new heights of musical emotion and complexity. There aren’t any more Shakespeares to show “the very age and body of the time his form and pressure”. The modern world seems to have run out of wonder.

Even so, all is not yet lost. Space travel is one most wondrous undertaking, and all things science and space-related are sorely neglected by current-day music, literature, poetry and the arts in general. The Apollo moon flights should have been accompanied by fabulous sonnets and music to lift the spirit of all the world right into space with those Olympian rockets!

Now, the beauty of Mythodea is that Vangelis realizes all this. He knows what art should be applied to, and in a breath-taking classical setting, he unites the past and the future with a marvelously atmospheric twilight performance of a multi-movement choral work paying homage to NASA’s Mars mission. What an inspiration! What a spectacle! What a historical as well as orchestral sweep of the spirit of exploration! What tragedy that more artists do not understand how to celebrate the truly wondrous things in life.

Mythodea is a beautiful piece of music, with great vocal performances, great choruses and great instrumentation. My only complaint is that Vangelis’ longer works are frequently not as varied and playful as they could be; they tend to be lofty and meditative, better suited for background music than for holding the attention of a straining ear. But for that purpose – setting a pleasant mood and holding it – they are superb; perhaps supreme. Mythodea is perhaps not Vangelis’ best work, but rest assured that it is very beautiful and very worth your time.

In a major space policy speech at Kennedy Space Center on April 15, 2010, U.S. President Barack Obama predicted a manned Mars mission to orbit the planet by the mid-2030s, followed by a landing:

“	By the mid-2030s, I believe we can send humans to orbit Mars and return them safely to Earth. And a landing on Mars will follow. And I expect to be around to see it.

There are several key challenges that a human mission to Mars must overcome:

1. physical effects of exposure to high-energy cosmic rays and other ionizing radiation^[1][2]
2. physical effects of a prolonged low-gravity environment
3. physical effects of a prolonged low-light environment
4. psychological effects of isolation from Earth
5. psychological effects of lack of community due to lack of real-time connections with Earth
6. social effects of several humans living under crowded conditions for over one Earth year
7. inaccessibility of terrestrial medical facilities

Some of these issues were estimated statistically in the HUMEX study.^[3] Ehlmann and others have reviewed political and economic concerns, as well as technological and biological feasibility aspects.^[4]

While fuel for roundtrip travel could be a challenge, methane and oxygen can be produced utilizing Martian H₂O (preferably as water ice instead of chemically bound water) and atmospheric CO₂ with mature technology.^[5]

One of the main considerations for traveling to Mars from Earth or vice versa is the energy needed to transfer between their orbits. Every 26 Earth months a lower energy transfer from Earth to Mars opens,^[6] so missions are typically planned to coincide with one of these windows. In addition, the low-energy windows varies higher or lower on roughly a 15 year cycle.^[6]For example, there was a minimum in the 1969 and 1971 launch windows, rising to a peak in the late 70s, and hitting another low in 1986 and 1988, and then repeating on the same interval.^[6]

data and research courtesy of wikipedia

theory on flying cars

basics on flying cars

developments in higher rate responses

By Henryk Szubinski

Theory on developments of basic waffers in a input to use basis where the values of alterations

= the functions on the process to equate a basic easy vector in relations to motivating its total usage where there are problems in the end value so that the end section of a problem vector region = to the problem resistor as defined to function on the opposite of the universal type basis UNIT or BIT that works in the alternate vector process so that defining how both = third value processess that will force the vector bit and the sequence of non problems as a process where the full problem value is defined by a specific amount of values that define the sequence in only 3 values of thoose interactive processess in a basic theory.

data on the process of  moovability of the process = data on input / outputs of the values related to the process of the similarity of areas and the values to which the are rotations = to the basis of reinsertions by the formats of retreivability based on the decimals = 3/4  displacements and the formats of vector seperations = 4/3 as Resistance

basics of alternate side usage on 1/2 basis waffer rectangle = to the basis of  minimal rotations angles = 45 degrees in formats of the definitions of the data being displaced into a relational reference of the data on the section vector values of the process = exit data as the value singularity = 3/4 of the data on the force to push for the basis in values of multiples in divisions as the rotation also = to the waffer type level platform and the basics on the multiples of displacement by free motion links

velvet declaration

declarations of free ideas

Velvet

By Henryk Szubinski

CREATIVITY

---

“To give birth to ideas.” Is this only an expression, or are there really parallels between giving birth and creativity?

some answers from the overgap of being the one that does it

There are very similiar in my opinion. When I create characters, I have to find out everything about them, and converse with them (sometimes out loud), which can be very difficult at times. And the process is like giving birth. Sometimes I have to deliberately “push” them out of my brain and get them to take on a life of their own

I’ve never given birth, so I’m no expert at the literal birthing process, but for my ideas there usually is an incubation period and times of discomfort prior to that ah-ha idea ‘suddenly’ bursts forth. Some ideas do seem to just pop from no where, but if I look back I realize that it wasn’t truly a spontaneous occurrence – there was plenty of build up to get to that point.
I feel the birthing comes more from taking the idea to fruition

Is not creating a work of art like the raising of a child? The fruits of the creative process are indeed like one’s children. An artist creates a work of art from a concept, an idea formed with bits and pieces of various materials. A creative piece grows and takes shape as the artist manipulates the media, essentially breathing life and beauty into what was once inanimate. Afterwards the artist can sit back and admire his/her creation with pride and wonder, guarding it jealously for a while before letting it go. I have created art and I have raised children. For me there is only one difference… a work of art isn’t likely to borrow any money or wreck my car.

the velvet revolution as a idea to use the processess of the human function to survive the fase of definitions that makes the break between reality and its illusion the only true format of being on the side that defines the ability to be a democracy as its basic declaration of Eouropean independance by experience of what has become of the laws of the Prague spring and the

4 freedooms

the 5th framework; the freedoom of knowledge moovement

Chordis 6

the 7th framework Chordis

a basic override on the restrictions that used to define knowledge and its forbidden friuts that became the legal usage of any intention or ambition to use such laws without penalty.

flying car in development

the flying car development

By Henryk Szubinski

TRACK LOOPING A VECTOR LOOPING IN THE PROCESS OF INTERNAL DATA

as the square format volumes and their value relations of the basis quadratics on 3 levels and their 3 sequence value references on the track displacer on the conveyor belt type references to the inv volume 3 // / 3 sequence processess with a external square volume and the positionality of balance of the square volumes on their edge.

As  connected to the turbine at the nose , the whole system basically folds the process motions of the usage of H2O as a sustainable buoyancy force for instance of vechicle FLYING CAR LIFT.

basic field diossonance on the conveyor divisive of the field magnetics and the volume quads = to a sonar dissonance that lifts upwards when combined with the processor conveyance of the ressonance magnetics.

The whistle works by causing the smooth flow of air to be split by a narrow blade, sometimes called a fipple, creating a turbulent vortex which causes the air to vibrate. By attaching a resonantchamber to the basic whistle, it may be tuned to a particular note and made louder. The length of the chamber typically defines the resonance frequency. A whistle may also contain a small light ball, usually called the pea, which rattles around inside, creating a chaotic vibrato effect that intensifies the sound. Japanese bird whistles use several small balls and are half filled with water in order to reproduce the sound of a bird song.

A steam whistle works the same way, but using steam as a source of pressure: such whistles can produce extremely high sound intensities.

Sometimes, unintentional whistles can be set up. A common one is the opened sunroof of a car: air passing over the top of the vehicle can, at certain speeds, strike the back edge of the sunroof, creating a very low frequency whistle which is resonated by the closed interior of the car. Since the sound frequency is infrasonic, around 4 Hz, the effect is very uncomfortable for occupants, who feel the vibration rather than hear it. Such low frequencies can induce nausea, headache, disorientation and dizziness. The effect can be prevented by opening a side window a few inches. Subsonic whistles have also been developed for use as weapons, or to deliberately create a sense of uneasiness in an enemy.^{[citation needed]}

B-field lines never end

Main article: Gauss’s law for magnetism

Field lines are a useful way to represent any vector field and often reveal sophisticated properties of fields quite simply. One important property of the B-field revealed this way is that magnetic B field lines neither start nor end: They always either form closed curves (“loops”), or extend to and from infinity. (Mathematically, this means that B is a solenoidal vector field.) To date no exception to this rule has been found. (See magnetic monopole below.)

Magnetic field lines exit a magnet near its north pole and enter near its south pole, but inside the magnet B-field lines continue through the magnet from the south pole back to the north.^{[nb 7]} If a B-field line enters a magnet somewhere it has to leave somewhere else; it is not allowed to have an end point. Magnetic poles, therefore, always come in N and S pairs. Cutting a magnet in half results in two separate magnets each with both a north and a south pole.

More formally, since all the magnetic field lines that enter any given region must also leave that region, subtracting the ‘number’^{[nb 8]} of field lines that enter the region from the number that exit gives identically zero. Mathematically this is equivalent to:

,

where the integral is a closed surface integral over the closed surface S. (A closed surface is one that completely surrounds a region with no holes to let any field lines escape.) Since dA points outward, the dot product in the integral is positive for B-field pointing out and negative for B-field pointing in.

There is also a corresponding differential form of this equation which will be covered in Maxwell’s equations below.

Performance prediction

A sonar target is small relative to the sphere, centred around the emitter, on which it is located. Therefore, the power of the reflected signal is very low, several orders of magnitude less than the original signal. Even if the reflected signal was of the same power, the following example (using hypothetical values) shows the problem: Suppose a sonar system is capable of emitting a 10,000 W/m² signal at 1 m, and detecting a 0.001 W/m² signal. At 100 m the signal will be 1 W/m² (due to the inverse-square law). If the entire signal is reflected from a 10 m² target, it will be at 0.001 W/m² when it reaches the emitter, i.e. just detectable. However, the original signal will remain above 0.001 W/m² until 300 m. Any 10 m² target between 100 and 300 m using a similar or better system would be able to detect the pulse but would not be detected by the emitter. The detectors must be very sensitive to pick up the echoes. Since the original signal is much more powerful, it can be detected many times further than twice the range of the sonar (as in the example).

In active sonar there are two performance limitations, due to noise and reverberation. In general one or other of these will dominate so that the two effects can be initially considered separately.

In noise limited conditions at initial detection:

SL − 2TL + TS − (NL − DI) = DT

where SL is the source level, TL is the transmission loss (or propagation loss), TS is the target strength, NL is the noise level, DI is the directivity index of the array (an approximation to the array gain) and DT is the detection threshold.

In reverberation limited conditions at initial detection (neglecting array gain):

SL − 2TL + TS = RL + DT

where RL is the reverberation level and the other factors are as before.

background galaxy force

the theory of force in altered hemispheres of background relations with galaxies

By Henryk Szubinski

theory

-1 ( x B / – F 3 ) to the 4

= ( volume /3) to the c ( -S + 1)

basis of this derived process to indicate the force in its vector alterations

THE RELATIVITY OF SPACE TIME AS A LIMIT FOR PHOTON DISPLACEMENTS IS ACTUALLY A VALUE RELATIVITY OF DIOSPLACEMENT BY GALACTIC SLINGSHOOTING THAT WILL PERMIT THE DISPLACER TO VECTORISE A TYPE OPEN FASE RELATION WITH THE VERTICIE OF A GALAXY AND ITS EQUATORIAL VALUES OF ACCESS TO THE UNIVERSE AS A UNIT =1 BASIS OPEN UNIVERSE OF RELATIVE EVENTS = TO THE FORCE OF MOTION .

all spacetime level multiples are actually in a quant angle spacetime vector planar multiple:

So that accessing this plane of spacetimes will = the vector horizons at a 180 degree alternate plane.

as a format for unaltered data parameters without background computations of where slingshooting through spacetime backgrounds would = a universe of motion active with the galactic arms of every  galaxy in the universe = to the altered vector motion being influenced by the rotations of force as the integral field of force throughout the universe as a example of the external relations that can be defined on a instance basis of a background planar level law.

looking directly at the background point specific links to the influence of all background radiations of the quantal force of rotated vector motion of a human displaceing passed the Andromeda and making a fast turn behind it to displace back from the point of origin:

= a full basic externality on the basis of the full background and exit out into beyond the parameters of the universe as a similar basis of the law shown below:

Is not a equation of the differencials of the values in foreground background but is actually a interactive vector value =1/2 + F = the galactic arm difference on a state relationship of the traveller being influenced by force in displacement behind a galaxy.

of course the values of the full instance of fore ground background values of their instance spacetime would result in a value of force as displaced in the process of a force that is existance at a stage where only the values of non motion is defined in relations to galaxies without any specific exit or motion slingshooting around a galaxy at the vertical plane.

BASIC INDICATIONS OF THE BACKGROUND OF A GALAXY PARAMETER WHERE THE ALTERED VECTOR DIRECTIONS OF THE DISPLACEMENT INTO A RELATION WITH A OBSERVER ON THE FOREGROUND = THE ALTERATIONS OF A SEQUENCE OF EVENTS LINKED BY THE ROTATIONS OF THE GALAXY aNDROMEDA WITH A SEQUENCE OF ACTION & / OR REACTIONS into the full formats of the universe of force influence so that the data on the universes background = this value of force alterations by multiple spacetimes.

in place of using background as expansive relations with a volume inflation, this theory goes into the instance of background lavels of turning moments throughout the spacetime that must be a resultance of the galactic arms and their motion specific interactions on either side of such a divisive hemisphere frontality with the motion to displace from andromeda to the Milky way and defining the process of a possible vector mess on what occus at the background spacetime as a spacetime to travel to.

In cosmology, cosmic microwave background (CMB) radiation (also CMBR, CBR, MBR, and relic radiation) is a form of electromagnetic radiation filling the universe.^[1] With a traditional optical telescope, the space between stars and galaxies (the background) is pitch black. But with a radio telescope, there is a faint background glow, almost exactly the same in all directions, that is not associated with any star, galaxy, or other object. This glow is strongest in the microwave region of the radio spectrum, hence the name cosmic microwave background radiation. The CMB’s discovery in 1964 by American radio astronomers Arno Penzias and Robert Wilson^[2] was the culmination of work initiated in the 1940s, and earned them the 1978 Nobel Prize.

The cosmic microwave background spectrum measured by the FIRAS instrument on the COBE satellite is the most-precisely measured black body spectrum in nature.^[3] Thedata points and error bars on this graph are obscured by the theoretical curve.

WMAP image of the CMB temperature anisotropy.

The power spectrum of the cosmic microwave background radiation temperature anisotropy in terms of the angular scale (or multipole moment). The data shown come from the WMAP (2006), Acbar (2004) Boomerang (2005), CBI(2004), and VSA (2004) instruments. Also shown is a theoretical model (solid line).

E polarization measurements as of March 2006 in terms of angular scale (or multipole moment). The polarization is much more poorly measured than the temperature anisotropy.

research data courtesy of wikipedia

multiple differencials

the multiple differencials

By Henryk Szubinski

type loop wire motor using multiple differencials for a higher equative value of the action & / or reactions of any involved values.

simulating the interactive values of mean value inversions multiples

In statistics, the multiple comparisons, or multiple testing, problem occurs when one considers a set, or family, of statistical inferences simultaneously.^[1] Errors in inference, including confidence intervals that fail to include their corresponding population parameters, or hypothesis tests that incorrectly reject the null hypothesis, are more likely to occur when one considers the family as a whole. Several statistical techniques have been developed to prevent this from happening, allowing significance levels for single and multiple comparisons to be directly compared. These techniques generally require a stronger level of evidence to be observed in order for an individual comparison to be deemed “significant”, so as to compensate for the number of inferences being made.

by inverting a mean value troph and lovcating the same value mean on the basis of the value being the bit measure of the vector values related to a inverted similarity of a node of a mean on the troph opposite as a type of multi differencial basis usage in mean value invertions of their multiple related resultance value sequences so that the sum 1 = differencial multiples = x where the lim x = and the x approaches the amount of inverted values.

this value as a bit error = the > 1/x as the equalisations of the bit value vector:

seperating the resultance bits

Formalism

For hypothesis testing, the problem of multiple comparisons (also known as the multiple testing problem) results from the increase in type I error that occurs when statistical tests are used repeatedly. If n independent comparisons are performed, the experiment-wide significance level α, also termed FWER for familywise error rate, is given by

.

Unless the tests are perfectly dependent, α increases as the number of comparisons increases. If we do not assume that the comparisons are independent, then we can still say:

which follows from Boole’s inequality.

Example: 

looping of the type continuiims of multiple differencials

A normal quantile plot for a simulated set of test statistics that have been standardized to be Z-scores under the null hypothesis. The departure of the upper tail of the distribution from the expected trend along the diagonal is due to the presence of substantially more large test statistic values than would be expected if all null hypotheses were true. The red point corresponds to the fourth largest observed test statistic, which is 3.13, versus an expected value of 2.06. The blue point corresponds to the fifth smallest test statistic, which is -1.75, versus an expected value of -1.96. The graph suggests that it is unlikely that all the null hypotheses are true, and that most or all instances of a true alternative hypothesis result from deviations in the positive direction.