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f a m i l y o f f o r c e g r o u p i n g s
By Henryk Szubinski
USING DIRAC STRINGS
hilbert space introductions on the seperations between point systems and their linear halve values in complex relational similarity =5/6 F
The factorization M = UΣV * can be extended to a bounded operator M on a separable Hilbert space H. Namely, for any bounded operator M, there exist a partial isometry U, a unitary V, a measure space (X, μ), and a non-negative measurable f such that
where Tf is the multiplication by f on L2(X, μ).
This can be shown by mimicking the linear algebraic argument for the matricial case above. VTf V* is the unique positive square root of M*M, as given by the Borel functional calculus for self adjoint operators. The reason why U need not be unitary is because, unlike the finite dimensional case, given an isometry U1 with non trivial kernel, a suitable U2 may not be found such that
is a unitary operator.
As for matrices, the singular value factorization is equivalent to the polar decomposition for operators: we can simply write
and notice that U V* is still a partial isometry while VTf V* is positive.
UNIVERSALLY A COMBINED MULTI UNIVERSALS VALUE
a string theory based on the theoretical implications of a theory of everything:
the data on the waveform that is continually motivated by vector displacement at several points in active vcalues of definitions by registrations of the processess in their stages as the value of Force =m.a by the warp drive and force fields in REAL force of any volume resistance.
Data on the functions of sperations of the data on the alterance of point 3 as the formats of a wavelength = 1 S
as the externalised 1/3 way through the process AS THE DATA ON ABILITY OF QUANTALITY TO ALTER DIRECTIONAL WARPING FORWARDS IN RELATIONS TO THE 2/3 REMAINING IN THE POINT SYSTEMS OF ARTIFICIAL INTELLIGENCE AS THE DATA ON HOW THE 2/3 PROCESS SEQUENCE BECOMES A FORMAT OF DEFINITIONS DATA ON THEIR bit vector in process to alter its directionality by 1 value alterances into fase 4 which is the same as every subsequent process..
Inveriantly the data on the functions of the points as terminal activations / deactivations of the resultant force of a fluidity or dynamical solidity in how the data on the fold value interactions are based on the processings of the frequency audial channelings used as a type 1 superconductions at room temperature as the process to define the values of the localised force in relations to a specific 1 value singularity of a antigravity type anti matter state in which the general mode of operations to lift vechicles and propel the mass values in values of a hydroxyl process in which the general definitions of the linear envelopments that lead to the surround states of implied envelopments by points in core values of a type force extensionality in the data on compressed values in stages of envelopments..
As the data suggests the values of the end fase process usage by activations of the data on the comparatives with a value in lost faseings as would be when the data had no comparative divisive function..
A gauge theory like electromagnetism is defined by a gauge field, which associates a group element to each path in space time. For infinitesimal paths, the group element is close to the identity, while for longer paths the group element is the successive product of the infinitesimal group elements along the way.
In electrodynamics, the group is U(1), unit complex numbers under multiplication. For infinitesimal paths, the group element is 1 + iAμdxμ which implies that for finite paths parametrized by s, the group element is:
The map from paths to group elements is called the Wilson loop or the holonomy, and for a U(1) gauge group it is the phase factor which the wavefunction of a charged particle acquires as it traverses the path. For a loop:
So that the phase a charged particle gets when going in a loop is the magnetic flux through the loop. When a small solenoid has a magnetic flux, there are interference fringes for charged particles which go around the solenoid, or around different sides of the solenoid, which reveal its presence.
But if all particle charges are integer multiples of e, solenoids with a flux of 2π / e have no interference fringes, because the phase factor for any charged particle is 
. Such a solenoid, if thin enough, is quantum mechanically invisible. If such a solenoid were to carry a flux of 2π / e, when the flux leaked out from one of its ends it would be indistinguishable from a monopole.
t h e s t r e t c h c o m p l e x f o r c e
By Henryk Szubinski
the remooval of a steady state hydroxyl as the stretch force existant everywhere in the universe as a type BIND force that when primarily used to derive hydroxyl as its fluid / solid state of the predefined stretch = post defined dynamics of altered volume transferrances in what are known as trade routes in the general vechicularity of entering planetary systems and their star system formats by the usage of rotation while stretch values of open fase O2 release = to a objective stabilisation of spacetravel and flying cars.
as a type opening in the pressure dynamics of using theese type platforms in the rotational OBB of a dissonance or alternating rotational moement by 1/2 points are basically equal to the edge values that define the processess of open fased O2 release in the Earths relation to the frontal view of:
a system tube in a irregular vector direction alteration ( squiggle) where the platforms are permitted to moove freely inside:
there are force fields like this everywhere just waiting to envelop a hydroxyl format in its volume . That happens when hydroxyl escapes the pull of gravity between the moon and the earth.
dialations zone is where the image of a star is seen by the gravity distrotiions of the moon as a type relation with the same dialations caused by the galaxy systems in stretching to compensate for the dialations by conservations of force instead of energy…
a type vector parameter where tidal force occurs but with one laterance, the moon is not a specific requirement for the projective force of anti matter or artificial gravity, it just is there..and the formats for projective positions of similar systems be they galaxies or supernovaes are basically all the same in their projective source of a primary level of cover to which the force is everywhere the same type torsionality in a stable relation..
In a planetary orbit, a small artificial gravity can be obtained from the tidal force by two spacecraft above each other (or one spacecraft and another mass) connected by a tether. See also tidal stabilization.
DATA ON THE TYPE DEEP FIELD OF A STRETCH EFFCT ON THE SPACE TIME AS A TYPE POUROUS SUBSTANCE TO WHICH THE GENERAL PERFORATIONS CAUSED BY GALAXY POINT RELASE FUNCTIONS OF THE H2O and O2OH formats in the thin layer compleity of the O2 release into the general dynamics of galactic motion from the referenced relations of the EARTH on its horizon and the moon as a type 1 civilisational ability to stretch artificial spacetime continuiims…
Gravity-gradient stabilization, also called “gravity stabilization” and “tidal stabilization”, is cheap and reliable. It uses no electronics, rockets or fuel.
An attitude control tether has a small mass on one end, and a satellite on the other. Tidal forces stretch the tether between the two masses. There are two ways of explaining tidal forces: In one, the upper part of an object goes faster than its natural orbital speed, so centrifugal force stretches the object upwards. The lower part moves slower than the orbital speed, so it pulls down. Another way to explain tidal force is that the top of a tall object weighs less than the bottom, so they are pulled by different amounts. The “extra” pull on the “bottom” of the object stretches it out. On Earth, these are small effects, but in space, nothing opposes them.
The resulting tidal forces stabilize the satellite so that its long dimension points towards the planet it is orbiting. Simple satellites have often been stabilized this way, with tethers or mass distribution. A small bottle of fluid must be mounted in the spacecraft to damp pendulum vibrations with the friction of the fluid motion.
T H E U L T I M A T E U N I V E R S E G A L A X Y
By Henryk Szubinski
stable gravity systems where there is no generally high gravity which by current research always involves a greater graqvity and ultimately a black hole, what is however not fully known is that the process of universal history as the opposite of this type gravity coreing is the general warp out of sections iin the universal plane defined as special discoveries of planar spacetime particle forces that are active on the spacetime plane of the universe: What Einstein termed the ultimate flattening of space time continuiim nr 1 as the complete format of every force particle throughout the periods of discovery as being the equalisation of cancellative processess with high gravity.
However there is another theory of the type crystalisations in growth by the general interactions of oxidic chemical and particle models that are defined as existant by the alterations of such gravity boosting and spacetime unifications of a expansive cryystallinity seen in the general structual formats of change over time by the
input = g¨
and S output = zero gravity
it is known for a fact that zero gravity increases crystaline growth but also that plasma states are the opposite side of the crystaline core values..so that a format of this type
1))) input = g¨
2)) and S output = zero gravity
3))) (x+1).x=(y-1) A
plasma + Vol ( 1/B ) alterance .t =area (1-g)
type 1 Hohmann transferrance
so that conductivity of crystaline balance without gravity and without a plane could conduct plasma states of a gravity signature = spacetime
plasma + Vol ( 1/B ) alterance .t =area (1-g)
of the type breathing of the crystaline structure is so predominantly present on Oxygen rich planets that the utilisations of stretching and contractions of a crystaline structure would imply a break up into fragments of crystraline volumes: the acting resultant being a collection of crystals and their fall to a gravity surface which here on EARTH is so generally balanced that the process does not motivate a continuous break down onto the plasma state of a melting of thoose broken fragments as being flattened by the Earths core plasma gravity state..
The only format existant in crystalline parameters of a type recycling of the material formats of oxygen and the states of planar expansions of materials structures as a type reintroduction into the EARTHS OWN RECYCLING PROCESS BY STRETCHING:
so would the type stretching be usefull for travelers in space:
many indications say that this ccould be so:
In continuum mechanics, deformation is the change in shape and/or size of a continuum body after it undergoes a displacement between an initial or undeformed configuration 
, at time 
, and a current or deformed configuration 
, at the current time 
.[clarification needed]
In the literature described by Michael Yessis, there are many beneficial stretches that can improve range of motion (ROM) in athletes, especially runners. In his review,[2] he cites benefits of stretching:
- may improve ROM
- reduce risk of injury during activity
- prevent post-exercise muscle soreness
- slow delayed-onset muscle soreness (DOMS)
To gain these benefits, Yessis describes different forms of stretching along with their individual benefits. He suggests that one stretching exercise may not be enough to prevent all types of injury. Therefore, multiple stretching exercises should be used to gain the full effects of stretching.
planar stretching resiults in crystal nucleation , here shown as a silver type
A TYPE BODY FORM INTERACTIVE COMMUNICATIONS OF THE HUMAN BODY AND THE UNIVERSE IN ITS REVERSE TENSIONALITY OF REDUCED STRESS:
a crystal is the easiest form of crytalisation due to a planar increase or expansion:
how it interacts with spacetime is shown in the dendrite formations in microgravity:
as a continuiim in continual alterations by reversal:
human volume .F( B.x -1) = ( S + 1 )
Research by Sharman et al. sought to find what techniques elongate muscles through “proprioceptive neuromuscular facilitation” (PNF) stretching. They used around seventy sources to compile their data. In this review, PNF stretching yielded the greatest change in range of motion (ROM), especially short-term benefits. Ballistic stretching was also beneficial in comparison; however, PNF techniques emphasize active flexibility and therefore get better results. Reasoning behind the biomechanical benefit of PNF stretching points to muscular reflex relaxation found in the musculotendinous unit being stretched. More common findings in literature suggest that PNF benefits are due to influence on the joint where the stretch is felt.
1——————-2—————-3———————4———————5————————6
1)
on a multi universal scale , ultimately, the stages of representations are very large or very small. defining the process by which building type 1,2,3 civilisations determines ultimately how a sequence of mashines is linked as the process winds down to having no operator.
2)
As such a 6 stage representation by totally varying formats can be mutually functionate in their relations by simple rules of one amongst the many = 1 process where there are no differences..
3)
there are many galaxies and ultimately there are many wizards, but when the process of wizards fallen into space time gravity loop holes , the construct reality of such quantum mechanical alterations of the quantal states as = to the future generation of a galactic type multi reference at a greater amount of WORK = F.S to be done
4)
can be relative to the point of view of the general format of the universe as a galaxy seen in multi directional perspectives of similar warping of the 1 spacetime from many sides = from many corners..
5)
as the type 1 bend back of photon vectors and their compressed response to such a large galaxy that the bending of light occur in multi state parameters throughout the whole galactic field in warp pockets similar to galaxies but in this case designed the function of evening out the gravity anamalies instead of causing greater compactions and rotation.
6)
AS typical of universe galactic formations where each photon core is stretched to the limits of a spacetime unified value of a 1 planar galactic dimensionalised
maintainment of force as a dimensional stretch plane.
as a type WIZARD BIOSIMBIOTIC RESPONSE TO MAINTAINMENTS OF BIO FYSICAL RULES OF THE UNIVERSES MULTI FASE ALTERATIONALITY OF HUMAN CHARACTERISTICS:
multi fased definitions of minimal delays and their input in non defined minimal loss of force of spacetravel..
Stretching is a form of physical exercise in which a specific skeletal muscle (or muscle group) is deliberately elongated to its fullest length (often by abduction from the torso) in order to improve the muscle’s felt elasticity and reaffirm comfortable muscle tone.[1] The result is a feeling of increased muscle control, flexibility and range of motion. Stretching is also used therapeutically to alleviate cramps.
Stretching, in its most basic form, is a natural and instinctive activity; it is performed by many animals including humans. It can be accompanied by yawning. Stretching often occurs instinctively after waking from sleep, after long periods of inactivity, or after exiting confined spaces and areas.
Many athletes stretch deliberately before or after exercise in order to increase performance and reduce injury. Whether it is helpful, has no effect, or even has detrimental effects is in dispute. While common, it may not be beneficial for all athletic activities.[citatio
COMPARATIVES OF STRETCHING WITH THE BIG BANG AND COSMOLOGICAL COMPARISONS
same, due to their gravitational interactions. This animation illustrates a closed Friedmann universe with zero cosmological constant Λ; such a universe oscillates between a Big Bang and a Big Crunch.
In non-Cartesian (non-square) or curved coordinate systems, the Pythagorean theorem holds only on infinitesimal length scales and must be augmented with a more general metric tensor gμν, which can vary from place to place and which describes the local geometry in the particular coordinate system. However, assuming the cosmological principle that the universe is homogeneous and isotropic everywhere, every point in space is like every other point; hence, the metric tensor must be the same everywhere. That leads to a single form for the metric tensor, called the Friedmann-Lemaître-Robertson-Walker metric
where (r, θ, φ) correspond to a spherical coordinate system. This metric has only two undetermined parameters: an overall length scale R that can vary with time, and a curvature index k that can be only 0, 1 or −1, corresponding to flat Euclidean geometry, or spaces of positive or negative curvature. In cosmology, solving for the history of the universe is done by calculating R as a function of time, given k and the value of the cosmological constant Λ, which is a (small) parameter in Einstein's field equations. The equation describing how R varies with time is known as the Friedmann equation, after its inventor, Alexander Friedmann.[63]
T I N D E R W A Y O F T H E F O R C E
By Henryk Szubinski
a.i will illustrate how the prehistoric human made fire by simple means as discussed in the methods and also the descriptive of what a fire is as a topical elaboration of the process as was used when the lunar probes were used in the NASA experiment to bounce the H2O into space as a type reverse or inversed function of combining a general vectro = similar to the tinder sticks and also the usage of a oxygen flow as when a tinder maker blows on the coals forming= to the primary release of the detonation probe as from a stable main lunar orbiter as the objective doing the O2 vector…
The general rule of a tinder of dry vegetable matter is used as the relation to the bjective inside the crater as the sheltered type relations with a state of water in humidity or minimal wetness:
Many different techniques for making fire (also called firemaking, firelighting or firecraft) exist. Smoldering plants and trees, or any source of hot coals from natural fires is the oldest way to make a fire. Other ancient techniques involve a fire drill or fire stick that is rotated or rubbed on a base. For thousands of years humans would strike a stone containing iron to produce sparks and then tinder was used to make a fire from the sparks. A flint alone doesn’t produce incandescent sparks; it is the flint’s ability to violently release small particles of iron, exposing them to oxygen that actually starts the burning. These methods are known since the Paleolithic ages, and still commonly in use with certain ‘primitive’ tribes but difficult to use in a damp atmosphere. (The control of fire by early humans is said to date back to either Homo erectus or very early Homo sapiens, that is, hundreds of thousands of years ago, based on archaeological evidence of hearths. [1])
The oldest way to make fire would have been to carry a burning coal around from a natural fire, and to keep it smoldering in dry plant material (e.g. sage, tobacco) that can hold a burning coal for long periods of time. Dry tinder can be added to the coal, and then blown on to form flames. The problem with this method is that the coal can burn out, and the coal needs new plant material over long periods of time to keep smoldering. It may have been difficult to travel long distances in wet conditions with a burning coal wrapped in such plant materials. Many natives in North America still use certain smoldering plants to keep a fire alive for days. Birch bark, tobacco, sage, and other plants smolder very well and provide both smoke for insect repelling, and hot coals for fire making.
Firecraft refers to the skills required to create, control and use fire. In its most commonly used sense, it refers to the making of fire using primitive methods, often in a survival situation. The term has come into popular use as a component of bushcraft.
Fire is the rapid oxidation of a combustible material releasing heat, light, and various reaction products such as carbon dioxide and water.[1] If hot enough, the gases may become ionized to produce plasma.[2] Depending on the substances alight, and any impurities outside, the color of the flame and the fire’s intensity might vary. Fire in its most common form can result in conflagration, which has the potential to cause physical damage through burning.
Lunar water has two potential origins: water-bearing comets (and other bodies) striking the Moon, and in situ production. It has been theorized that the latter may occur when hydrogen ions (protons) in the solar wind chemically combine with the oxygen atoms present in the lunar minerals (oxides, silicates etc.) to produce small amounts of water trapped in the minerals’ crystal lattices or as hydroxyl groups, potential water precursors. (This mineral-bound water, or hydroxylated mineral surface, must not be confused with water ice.)
The hydroxyl surface groups (S–OH) formed by the reaction of protons (H+) with oxygen atoms accessible at oxide surface (S=O) could further be converted in water molecules (H2O) adsorbed onto the oxide mineral’s surface. The mass balance of a chemical rearrangement supposed at the oxide surface could be schematically written as follows:
- 2 S-OH —> S=O + S + H2O
or,
- 2 S-OH —> S–O–S + H2O
where S represents the oxide surface.
The formation of one water molecule requires the presence of two adjacent hydroxyl groups, or a cascade of successive reactions of one oxygen atom with two protons. This could constitute a limiting factor and decreases the probability of water production if the proton density per surface unit is too low.
W I Z E O L D C R O W
By Henryk Szubinski
The American Indian (or Native American) refers to the indigenous Human inhabitants of the North and South American continents of Earth. Those areas were heavily settled by more technologically-advanced Humans from other continents after the 15th century, leading to the destruction of many indigenous cultures.
Some Native American cultures experienced a resurgence in the 23rd and 24th centuries. They adapted to their times and circumstances, some tribes including alien species such as the Ferengi, Klingons, and Vulcans as totem spirits. (TNG: “Journey’s End“)
In the distant past, extraterrestrials known as Sky Spirits came from the Delta Quadrant to Earth, where they genetically altered a group of primitive Humans. These inheritors carried a similar affinity to the land as the Sky Spirits and spread across the globe, giving rise to the Native American and Amazonian peoples.
The Sky Spirits returned periodically but eventually found no trace of their inheritors. Descendants of their inheritors, the Rubber Tree People, were discovered living away from Earth in the 24th century. (VOY: “Tattoo“)
In the 6th century, a benevolent alien being known as Kukulkan visited the Mayan civilization and contributed to their development, and was worshiped as a god. Kulkulkan returned in the 12th century, visiting and influencing the Aztec culture. (TAS: “How Sharper Than a Serpent’s Tooth“)
The Crow, also called the Absaroka or Apsáalooke, are a tribe of Native Americans who historically lived in the Yellowstone River valley and now live on a reservation south of Billings, Montana. Tribal headquarters are located at Crow Agency, Montana.
The name of the tribe, Apsáalooke (IPA: [əpsaːloːke]), was mistranslated by early interpreters as “people of [the] crows.” It actually means “children of the large-beaked bird,” [1] a name given to them by their neighboring tribe, the Hidatsa. The bird, perhaps now extinct, was defined as a fork-tailed bird resembling the blue jay or magpie. The Absaroka first encountered Europeans in 1743, two Frenchmen (the La Verendryes brothers from Canada), near the present-day town of Hardin, Montana. These explorers called the Apsáalooke beaux hommes, “handsome men.” The Crow termed Europeans as baashchíile, “person with yellow eyes.”
A zigzag is a pattern made up of small corners at variable angles, though constant within the zigzag, tracing a path between two parallel lines; it can be described as both jagged and fairly regular. Traditionally a “zig” points in the left direction (/) and a “zag” points right (\). From the point of view of symmetry, a regular zigzag can be generated from a simple motif like a line segment by repeated application of a glide reflection.
as a type midi clorians the animal race would be aware of the natural phenomenon of gravity which humans perceive as force
a z field IS A FIELD THAT CONCERNS SPACETIME BACKGROUNDS IND HIGH VALUE GRAVITY IN EFFECT A TYPE FORCE FIELDS OWN SPACETIME GENERATED BY A WARPING THAT CAUSES GALAXIES TO ORIENTATE THE VERTICAL DIRECTION OF THE SPACETIME INTO A GENERALISATIONS OF Z FIELDS.
Gravitation, or gravity, is a natural phenomenon by which objects with mass attract one another.[1] In everyday life, gravitation is most familiar as the agent that lends weight to objects with mass and causes them to fall to the ground when dropped. Gravitation causes dispersed matter to coalesce, thus accounting for the existence of the Earth, the Sun, and most of the macroscopic objects in the universe. It is responsible for keeping the Earth and the other planets in their orbits around the Sun; for keeping the Moon in its orbit around the Earth; for the formation of tides; for convection, by which fluid flow occurs under the influence of a density gradient and gravity; for heating the interiors of forming stars and planets to very high temperatures; and for various other phenomena observed on Earth.
AS A TYPE ALTERED ANGLE, THE ANGLE OF FORCE IS ALSO ALTERED TO A FORMAT THAT MOST EASSILY REPRESENTS A TYPE WARPING OF stabilised systems of such force that super sphericality defines it as being greater than the unified field theory energy..
Some have placed the early home of the Crow-Hidatsa ancestral tribe as being around the headwaters of the Mississippi River in either northern Minnesota or Wisconsin; others place them in Winnipeg area of Manitoba. Later they moved to the Devil’s Lake region of North Dakota before the Crow split from the Hidatsa and moved westward. Once established in Montana and Wyoming, the tribe was eventually divided into two: the Mountain Crow and River Crow.
the way of the force
By Henryk Szubinski
Slight variations in Earth’s orbit lead to changes in the amount of sunlight reaching the Earth’s surface and how it is distributed across the globe. The former is similar to solar variations in that there is a change to the power input from the sun to the Earth system. The latter is due to how the orbital variations affect when and where sunlight is received by the Earth. The three types of orbital variations are variations in Earth’s eccentricity, changes in the tilt angle of Earth’s axis of rotation, and precession of Earth’s axis. Combined together, these produce Milankovitch cycles which have a large impact on climate and are notable for their correlation to glacial and interglacial periods,[16] their correlation with the advance and retreat of the Sahara,[16] and for their appearance in the stratigraphic record.[17
it is because the format of ordered connections are not ordered in size or volume that defines the levels of force in the connections of hydroxyle layered force and the boyant state of H2O as suable on a combined replication of the artificial power of our type 1 to manufacture space time where the NASA water experiment occured as sustainment..
channeling is the easiest if not the most popular format for presuasion when using the power or way of the force in the universe or in the universes
Climate change is a change in the statistical distribution of weather over periods of time that range from decades to millions of years. It can be a change in the average weather or a change in the distribution of weather events around an average (for example, greater or fewer extreme weather events). Climate change may be limited to a specific region, or may occur across the whole Earth.
In recent usage, especially in the context of environmental policy, climate change usually refers to changes in modern climate (see global warming). For information on temperature measurements over various periods, and the data sources available, see temperature record. For attribution of climate change over the past century, see attribution of recent climate change.
g r a v i t y w e l l s
By Henryk Szubinski
The external gravitational potential of a spherically symmetric body of mass M is given by
.
A plot of this function in two dimensions is shown in the figure. This plot has been completed with an interior potential proportional to 
, corresponding to an object of uniform density, but this interior potential is generally irrelevant since the orbit of a test particle cannot intersect the body.
INTERSECTION WOULD OCCUR IF THE GRAVITY OF BOTH SYSTEMS WAS SUDDENLY ALTERED INTO A STATE OF GRAVITY FOR THE CONNECTIONS OF DIRECT LINKAGE OF BOOST AND LANDING as such surfaces are not common but can exist in special situations.
The potential function has a hyperbolic cross section; the sudden dip in the center is the origin of the name “gravity well.”
the objective being for a person to jump at 45 degrees and land at 45 degrees ( remember that the 45 degrees gives the highest value displacement from where it is thrown)..
for 1 the case scenario of the amount of boosting would need to be divided into the process of boosting and a general calculation of the angle and the force.
By the usage of a value to which the process of force is calculated by a limit x =1/(F)
as the distance
as the x value approaches a angle of 45 degrees as the value of= 1/F
the process of weight and its general gravity vectro would have to be the 1 degree of motion and the force acting at the vertical plane by a alteration of 1 degree force in a opposite radial direction :
as such the usage of impulse to define the values of 1 degree= to a level h 3
and the data on 1/2 h = to the level 2 data of a general assist in the displacement by a gravity well effect, the data on the possibility of
level 3 = level 1 (gravity well as S ( 10)
the cap at the tub at left and at right can be combined into a frontal view where both caps and their interactions can be measured:
if you have a complex angle of 45 degrees repeating itself it would be difficult to define the reasons why the specific calulations for a uniform force would also be the same under varying situations of a height and a obstacle that is a increased height:
The equations that govern the Lorenz oscillator are:
where σ is called the Prandtl number and ρ is called the Rayleigh number. All σ, ρ, β > 0, but usually σ = 10, β = 8/3 and ρ is varied. The system exhibits chaotic behavior for ρ = 28 but displays knotted periodic orbits for other values of ρ. For example, with ρ = 99.96 it becomes a T(3,2) torus knot.
actually using the square format plane of a area in warp can be combined into varying formats:
THE MOTION ALTERANCE IS THEN A TYPE CAP OF THE TUBULARITY AT START FASE AND END FASE OF THE DISPLACEMENT AS A TYPE LORENTZ ATTRACTOR :in combinations to alter the 1 degree of force
Processess such as theese can be altered into a general plane by using the objective vector motion inside a trube with a altered angle of tubular directions and then a relationality made to the altered angle of the whole process to get a general overview of the vector and its positions of similar gravity based relations.
Both the rigid gravity well and the rubber-sheet model are frequently misidentified as models of general relativity, due to an accidental resemblance to general relativistic embedding diagrams. In particular, the embedding diagram most commonly found in textbooks (an isometric embedding of a constant-time equatorial slice of the Schwarzschild metric in Euclidean 3-space) superficially resembles a gravity well.
Embedding diagrams are, however, fundamentally different from gravity wells in a number of ways. Most importantly, an embedding is merely a shape, while a potential plot has a distinguished “downward” direction; thus turning a gravity well “upside down” (by negating the potential) turns the attractive force into a repulsive force, while turning a Schwarzschild embedding upside down (by rotating it) has no effect, since it leaves its intrinsic geometry unchanged. Geodesics on the Schwarzschild surface do bend toward the central mass like a ball rolling in a gravity well, but for entirely different reasons. There is no analogue of the Schwarzschild embedding for a repulsive field: while such a field can be modeled in general relativity, the spatial geometry cannot be embedded in three dimensions.
The Schwarzschild embedding is commonly drawn with a hyperbolic cross section like the potential well, but in fact it has a parabolic cross section which, unlike the gravity well, does not approach a planar asymptote. See Flamm’s paraboloid.
f o r c e R A I L S
By Henryk Szubinski
BACKGROUND COMPLICATIONS IN RADIATIONS PACKETTS FROM VOLUME ALTERATIONS IN SPHERICAL LEVEL OF GRAVITY = GRAVITY vector assists
2pi r cubed / g = root S .c
amount of vectors for c and g used in the computations below as the gravity S
9 Summation 2 differencial c dc
summator 6 c differencial 8 g.c dc
AS CONCERNS the values of F1 -F2 = to the difference of warping on the way into a black hole and the way out by a minimal direction alterance of the light refractions:
as seen from the front
the F1 / F2 as seen ,not from the side but from the front or the rear
as a type dark matter ring format :shown here from the side
a simulation depicting a zoom on a Schwarzschild black hole in front of the Milky Way. The first Einstein ring corresponds to the most distorted region of the picture and is clearly depicted by the galactic disc. The zoom then reveals a series of 4 extra rings, increasingly thinner and closer to the black hole shadow. They are easily seen through the multiple images of the galactic disk. Odd rings correspond to points which are behind the black hole (from the observer point of view) and correspond here to the bright yellow region of the galactic disc (close to the galactic center), whereas even rings correspond to images of regions which are behind the observer, which appear bluer since the corresponding part of the galactic disk is dimmer here.
a type rear front mix up OF THE GENERAL FORCE FIELDS OF F1 AND F2 BY THE RULES OF FLUIDITY IN SPACE TIME RAILS AND THE SOLIDITY OF PHOTON REFLECTIONS:
DARK FLOW DATA ON A GRAVITY LEVEL rail AS A FLAT SPACETIME GRAVITY DISPLACEMENT VECTOR THAT CAN MAINTAIN ATTRACTIONS OF VELOCITY by the photon vectors similar to the gravity level as the responsive value difference of a force field that reflects the attractions of gravity Rails with the photon reflections as a scatter effect back to the process start..
the combined force fields in their boosting and responses = warp by 2 x formats
of the force packets…that combine into a background radiations force of a type field sphere complications of rotationality in certain values beyond the gravity of a core value and the ability to reflect photons by the data on the gravity effect that avoids a LINK..
values F 1 AND F2 DEFINE THE ALTERATIONS OF RAIL SIMILARITY ON LEVELS OF GRAVITY AND THEIR INNABILITY TO level out at h = 3x
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 radio astronomers Arno Penzias and Robert Wilson[2] was the culmination of work initiated in the 1940s, and earned them the 1978 Nobel Prize.
S T R I N G T E L E S C O P E
By Henryk Szubinski
Dark flow is a name given to a net motion of galaxy clusters with respect to the cosmic microwave background radiation which was found in a 2008 study. According to standard cosmological models, the motion of galaxy clusters with respect to the cosmic microwave background should be randomly distributed in all directions. However, analyzing the three-year WMAP data using the kinematic Sunyaev-Zel’dovich effect, the authors of the study found evidence of a common motion of at least 600 km/s toward a 20-degree patch of sky between the constellations of Centaurus and Vela.
The authors suggest that the motion may be a remnant of the influence of no-longer-visible regions of the universe prior to inflation. Telescopes cannot see events earlier than about 380,000 years after the Big Bang, when the universe became transparent (the Cosmic Microwave Background); this corresponds to the particle horizon at a distance of about 46 billion (4.6×1010) light years. Since the matter causing the net motion in this proposal is outside this range, it would in a certain sense be outside our visible universe; however, it would still be in our past light cone.
The results appear in the October 20, 2008, issue of Astrophysical Journal Letters, which is available online. The authors state that they plan to extend their analysis to additional clusters and the recently released WMAP five-year data.[1][2][3][4]
Astrophysicist Ned Wright posted an online response to the study arguing that its methods are flawed.[5] The authors of the “dark flow” study released a statement in return, refuting three of Wright’s five arguments and identifying the remaining two as a typo and a technicality that do not affect the measurements and their interpretation.[6]
———–>>——–photon input towards the viewer————>>—————–
the usage of the zerogravity pin as a type photon destabilisation of the star image
data on the force functions defined by the process in active values of the connective process of data on the high value incoorporations by data on force of a alterance waveform by the sections of input and reinputs to a 3 rd input as a non delay in the functionality by data on process continuiims of the assist modality in which processess are =
data on 3 state of interactions of waves = f / S
as the simple value responsive access to quantality by the data on how the process combinations are buffered in spacetime zero gravity of the telescope interactions in orbit.
the zero gee moovements of the zero gravity pin are fully free
the S on the vector as a influenced minimal wavelength / x where x lim =2 formats of measurement / B
as a universal value, the data on the funnel as a inv tan squared law
and the interactions of angles = y
as the free motion in which a F=m.a
as a type data on the localisations of callibrations to star motion in the image view through the telescope mirror.
A SIMILAR SCOPE: THE SPITZER
The Spitzer Space Telescope (formerly the Space Infrared Telescope Facility, SIRTF) is an infrared space observatory launched in 2003. It is the fourth and final of NASA’s Great Observatories.
The planned nominal mission period was to be 2.5 years with a pre-launch expectation that the mission could extend to five or slightly more years until the onboard liquid helium supply was exhausted. This occurred on 15 May 2009[3]. Without liquid helium to cool the telescope to the very cold temperatures needed to operate, most instruments are no longer usable. However, the two shortest wavelength modules of the IRAC camera are still operable with the same sensitivity as before the cryogen was exhausted and will continue to be used in the Spitzer Warm Mission[4].
In keeping with NASA tradition, the telescope was renamed after successful demonstration of operation, on December 18, 2003. Unlike most telescopes which are named after famous deceased astronomers by a board of scientists, the name for SIRTF was obtained from a contest open to the general public.
3 fase type 1 interactions of hydroxyl
By Henryk Szubinski
a type comparative
A metal is a chemical element that is a good conductor of both electricity and heat and forms cations and ionic bonds with non-metals. In chemistry, a metal (Ancient Greek métallon, μέταλλον) is an element, compound, or alloy characterized by high electrical conductivity. In a metal, atoms readily lose electrons to form positive ions (cations). Those ions are surrounded by delocalized electrons, which are responsible for the conductivity. The solid thus produced is held by electrostatic interactions between the ions and the electron cloud, which are called metallic bonds.[1]
Water is a ubiquitous chemical substance that is composed of hydrogen and oxygen and is essential for all known forms of life.[1]
In typical usage, water refers only to its liquid form or state, but the substance also has a solid state, ice, and a gaseous state, water vapor or steam. Water covers 71% of the Earth’s surface[2]. On Earth, it is found mostly in oceans and other large water bodies, with 1.6% of water below ground in aquifers and 0.001% in the air as vapor, clouds (formed of solid and liquid water particles suspended in air), and precipitation.[3] Oceans hold 97% of surface water, glaciers and polar ice caps 2.4%, and other land surface water such as rivers, lakes and ponds 0.6%. A very small amount of the Earth’s water is contained within biological bodies and manufactured products.
The Earth’s atmosphere is a layer of gases surrounding the planet Earth that is retained by Earth’s gravity. The atmosphere protects life on Earth by absorbing ultraviolet solar radiation, warming the surface through heat retention (greenhouse effect), and reducing temperature extremes between day and night. Dry air contains roughly (by volume) 78.08% nitrogen, 20.95% oxygen, 0.93% argon, 0.038% carbon dioxide, and trace amounts of other gases. Air also contains a variable amount of water vapor, on average around 1%.
as a composite interactions of water with oxygen with metal
a resultance of interactions form a general resultant chemical value =
hydroxyle as O2OH
the generalisations depend on the
1) saturations
2)burn
3) wash
as the formative resultant of long processess in interaction as the substance located on the lunar surface poles as H2O in a generally thin layer of hydroxyle formed from a general wear of a type erosions process of the 3 elements .
as a format for the usage of the metal side as complex the general predefined formats of the interactions with H2O and O2=
to a gneral reversal of hydroxyle from its primary state =
OHO2
as a type hydrodioxidic format attached to metals that have undergone very long periods of interactions with water and oxygen upto a state of balance with
O2OH ——-towards—–OHO2
as a type interactions where the weight to mass ratio = gravity effect of long durational exposure to oxygen influence as the data on non weight environemnts of zero gravity by immersion at one end of the spectrum and singular point gravity as the alternate side of the scale..
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