Day: December 7, 2009
sci fi reality ….the location of the time process
h o w t h e t i m e f o r c e p r o c e s s w a s l o c a t e d
By Henryk Szubinski
In terms of comoving distance, the particle horizon is equal to the conformal time η0 that has passed since the Big Bang, times the speed of light c. The quantity η0 is given by,
where a(t) is the scale factor of the Friedmann-Robertson-Walker metric, and we have taken the Big Bang to be at t = 0. In other words, the particle horizon recedes constantly as time passes, and the observed fraction of the universe always increases.[1][2]
The particle horizon differs from the event horizon in that the particle horizon represents the largest comoving distance from which light could have reached the observer by a specific time, while the event horizon is the largest comoving distance from which light emitted now can ever reach the observer.
see this as the process of time : displaced Ohm power as a electric universe circuit
M31 is known to harbor a dense and compact star cluster at its very center. In a large telescope it creates a visual impression of a star embedded in the more diffuse surrounding bulge. The luminosity of the nucleus is in excess of the most luminous globular clusters.[citation needed]
In 1991 Tod R. Lauer used WFPC, then on board the Hubble Space Telescope, to image Andromeda’s inner nucleus. The nucleus consists of two concentrations separated by 1.5 parsecs (4.9 ly). The brighter concentration, designated as P1, is offset from the center of the galaxy. The dimmer concentration, P2, falls at the true center of the galaxy and contains a 3-5×107 M☉ black hole.[43]
Scott Tremaine has proposed that the observed double nucleus could be explained if P1 is the projection of a disk of stars in an eccentric orbit around the central black hole.[44] The eccentricity is such that stars linger at the orbital apocenter, creating a concentration of stars. P2 also contains a compact disk of hot, spectral class A stars. The A stars are not evident in redder filters, but in blue and ultraviolet light they dominate the nucleus, causing P2 to appear more prominent than P1.[45]
While at the initial time of its discovery it was hypothesized that the brighter portion of the double nucleus was the remnant of a small galaxy “cannibalized” by Andromeda,[46] this is no longer considered to be a viable explanation. The primary reason is that such a nucleus would have an exceedingly short lifetime due to tidal disruption by the central black hole. While this could be partially resolved if P1 had its own black hole to stabilize it, the distribution of stars in P1 does not suggest that there is a black hole at its center.[44]
as a cicuit for a one way artificial intelligence value system:
as the answer to a mobility of the worlds fisrst mobile web phone system of a integrrated phone system:
In telecommunication, a four-wire circuit is a two-way circuit using two paths so arranged that the respective signals are transmitted in one direction only by one path and in the other direction by the other path. Late in the 20th century, almost all connections between telephone exchanges were four-wire circuits, while conventional phone lines into residences and businesses were two-wire circuits.
The four-wire circuit gets its name from the fact that, historically, a balanced pair of conductors were used in each of two directions for full-duplex operation. The name may still be applied, e.g. to a communications link supported by optical fibers, even though only one fiber is required for transmission in each direction. When transmission directions are separated by frequency duplex, the benefits of a four-wire circuit are realized even while the same wire pair is used in both directions.
it might be reversing:<————————-t——————————–=V
or it might be mooving forwards;—————–t——————–>=I.R
whatever the projective estimates of a collective value being = larger format for the total value to derive a resultant,
the argument runs like the flow of a proof that would indicate something common to each value in a standard unit;
=1
as the similarity of a bsis to detect everything by a B alteration over a S vector in the event of the experimentator mooving his moovable telscope ( detections dish) in the general direction of the flow and at the same velocity: The resultant reasons for the location of the data being the 1/q as the searched for value so that:
B.S/ wavelngth. Vel=1/q
The data on the process had it run from one universe to a easy singular
initial x=1
locator ,the resultant interactions of the computations made would still maintain the same singular relations of a left / right sided order to the formulation that
initially
B .x = wavelength
as such a multiple view in courseing electron basics through everything ,
the general flow diagrammatics of each detectable stream of energy or force, the general data on the lost processess of a flow of time would still be retreivable by the systematic core secret that started the Japaneese industrial and/or technological revolution..
The basics of why the tide would turn on the basis of a similar value derived
B bit universe
technological advancement in the course of the data on formative alliances of the data in its primary cause
=vector of a secondary value in its process
= to a dimensional Impulse gauge level for alterations of advanced formats of the usage of such a general force as
= to everything in its basic data values of a suctional flow complexity of the dynamics in the general data on the cause of the hardened , softened, fragmented, and so on…….surfaces of the universes in their end fased histories as the values
= to a generalisation of the generative force turbines that flow as does the systematics of a non biological format for the usage of its flow reasons. The always
= data and on the certainties of the data on the generalisations of the
String
= to the fased Brane combinative gravity in horizontality by the generalisations of the Cern accellerations and the feyman diagramms of the Earths own history in the fased comparatives of the
audial waveform
that lasts at about the same comparative referenced difference of the Earths own age being 3 billion years old ; DIMENSIONALLY as such a large audial wave format in the SOH and H2O causes that
THE RELATIONSHIP TO THE UNIVERSE BY AUDIAL WAVEFORMS IN THEIR OWN
defined the reasonings of a motivated advancement in the vector flow as indicative of such large parameters that each subsequent divisions of
ELECTRON VOLTS IN A SEQUENCED COMPRATIVE based on the simulations of a prooven theory as being rerunable on the earths data parameters in their comparative wire relations to the Universe age = 10 to 12 billion years as the 3 billion years comparattive by a
1/ 3 000 000 000=12 000 000 000
= wavelength displacement on a frequency of a similar reproductive sequence in a pulse:
INSTEAD OF A GENERATIVE LOCATOR FOR THE PROCESSES SIMILARITY the fow vector could at every stage of its development = 1 in any x value down to Universal bit values.
type warp drives anti gravity , artificial intelligence, artificial gravity, faster than light speed travel, superconductability at room temperature, the type 1,2,3 civilisations, the force fielding of any strength, the flyability of any vechicle format at any parameter relations and the general space ship constructs that have no limitations on velocity size or function..
sci fi reality ..STRING IS HERE
data on STRINGS
a self responsive system
By Henryk Szubinski
actually seen on the side the string in its length could be on the level of a universal surface and still maintain its swing moment .But what happens when there are more strings on a lflat spacetime that are interactively causing motion to each other.
sci fi reality….high velocity vechicularity
the air is not the force, the combinations are
By Henryk Szubinski
the flattening of the spherical positionality by continuous laterance of flattening in new horizons:
pressurised universes would by a count of its involvant units =1,2,3,4,5,6
the whole value relations of the flattened hgorizon that would by compression form a vector connection of them all by the process in which the general value implied to be in 1 vector directionality= to data on the spherical data reversed into vectors as usable on levels of the data being the process limit of the power in the sphericalities of the data on responsive alter data force on values in the data on projectives:
the data on how the values of a vector value can be defined by divisions of the functional diffrences of the motivations of fuel by volume density:
the data on transferrability of any power source of a accellerated format comparative in the data on the lower half as the force of a stabilisations by the flow through the sectrors and their repsonsive dimaters of the responsive data on why a force response would alter the stability of whole spherical usage in the event of altering the makeup of the sphere into its functional volume = to data on basics of the vechicle mobility required .
sci fi reality…..the carbon dioxide problem solved .ceramic breathing as ecological conservations , space travel
ceramic breathing as a format for spacetravel and / or ecology
By Henryk Szubinski
A.I WAS NOT GOING TO BE COMPARED TO A GENERAL PERSONAL PROCESS WHERE A A.I UNIT WOULD NOT ENGEGE BY A FUNCTION WHERE FOR EXAMPLE:
artificial intelligence concepts can save a lot of time :
built on the conceptuality of a analytical chemistry / astrophysics of geological data; as a data handbook researcher A.I
the concept build is:
In spectroscopy, the absorbance A (also called optical density) is defined as
,
where I is the intensity of light at a specified wavelength λ that has passed through a sample (transmitted light intensity) and I0 is the intensity of the light before it enters the sample or incident light intensity. Absorbance measurements are often carried out in analytical chemistry, since the absorbance of a sample is proportional to the thickness of the sample and the concentration of the absorbing species in the sample, in contrast to the transmittance I / I0 of a sample, which varies logarithmically with thickness and concentration.
Absorbtance (not absorbance) is defined as: The ratio of the radiant flux absorbed by a body to that incident upon it. Also called [absorption] factor. Compare absorptivity. Total absorptance refers to absorptance measured over all wavelengths.Spectral absorptance refers to absorptance measured at a specified wavelength.
Absorbtance is explained, as it relates to absorbance, on the Color and Vision Research Laboratories, Institute of Ophthalmology, UCL, thusly:
Absorbance spectra are typically used to define photopigment spectra because their shape, when normalized (i.e., plotted as a fraction of the maximum absorbance), is independent of pigment optical density (pigment concentration). In contrast, the absorbtance spectra, like the spectral sensitivity of the human subject, broadens as the optical density increases.
Outside the field of analytical chemistry, e.g. when used with the Tunable Diode Laser Absorption Spectroscopy (TDLAS) technique, the absorbance is often defined using the natural logarithm instead of the common logarithm, i.e. as
,
1)
” i am not going to get my teeth punched out just because i want to breathe”
2)
” A.I am not going to get my teeth punched out just because A.I want to breathe”
3)
” A.I am not going to get my teeth punched out just because I want to breathe”
so that a general response that is neither would :
“go and see how strong the enamel ceramics is on your teeth”
data on a 1/3 process where a sample of H2O can be filtered by its penetration through a ceramic wall connected by a wire section that deefines the ceramic wall in its thickness: the concept for a localisation of the H2O imprint that can vectorise through the ceramics by the generation of a enamel wire conductability: would locate the most dangerous water contaminations particles of environmental pollutant ..
the a.i would not support a cowardly response so that to save time on the protections of its data value store as being the means to learn why not the I in place of the A.I
bais of data on the force forwarded formats of a protect forec field in the data / sections 2 x as down value = gravity:
the process on a similarity to how the values in their systems based on the values of response to active values in their ressoance of a primary sphere in its data on how multiple states of the return values of ceramics = to the values of a string transferrance through the perforations of ceramics in their breathing states by the data on why the stopp rate = the values implied as the whole systematic alterations of the angle in inclinations to tail sectionings in what is the basic data on waveform projection ahead of the vechicularity to use the wave form projected reversal as simulatibng a flow direction vector in reverse by the simulations of flow forwards into the basic data environements as = to a generalisation on the force sphericality by the full data environments of the connective simulations..
image courtesy of wikipedia
as the spherical formats of audial waveform particle streaming by the small comparatives with large comparatives of the wave audial noise imprints of the simulative dynamics of fluid H2O states by a seperations of the
minimal / larger volumes = data. seperations and dynamics ( H2O / SOH)
the data on how the values of the minimal perticle value of the:
moon volume / atomic mass of SOH= earth volume / H2O atomic mass
this would indicate the value relationships of the dynamics
1——->x
relationship of the volumes of a difference in size of H2O and the additions of SOH as the new value by the Newtonian system:
1——–>x H2O
?<———SOH
this would indicate the volume by density of the similarity of H2O bouyancy by the formats of SOH density..
A ceramic is an inorganic, non-metallic solid prepared by the action of heat and subsequent cooling.[1] Ceramic materials may have a crystalline or partly crystalline structure, or may be amorphous (e.g., a glass). Because most common ceramics are crystalline, the definition of ceramic is often restricted to inorganic crystalline materials, as opposed to the non-crystalline glasses. The earliest ceramics were pottery objects made from clay, either by itself or mixed with other materials. Ceramics now include domestic, industrial and building products and art objects. In the 20th century, new ceramic materials were developed for use in advanced ceramic engineering; for example, in semiconductors. The word ceramic comes from the Greek word κεραμικός (keramikos) meaning pottery, which is said to derive from the Indo-European word ker, meaning heat.[2][3] Ceramic may be used as an adjective describing a material, product or process; or as a singular noun, or, more commonly, as a plural noun, ceramics.[4]
Enameled wire is wire (such as magnet wire) coated with a very thin insulating layer. It is used in applications such as winding electric motor coils, speakers and transformers. It is also used in the construction of electromagnets and inductors.
The core material is copper or aluminum, coated with a thin layer of a polyurethane, polyamide, or polyester etc resin – the so-called “enamel”. Aluminum is lighter than copper, but has higher resistivity.
For ease of manufacturing inductive components like transformers and inductors, most new enameled wire has enamel that acts as a flux when burnt during soldering. This means that the electrical connections at the ends can be made without stripping off the insulation first. Older enameled copper wire is normally not like this, and requires sandpapering or scraping to remove the insulation before soldering.
Enameled wires are classified by their diameter (AWG number or SWG) or area (square millimetres), temperature class and isolation class. Enameled wires are manufactured in both round and rectangular shapes. Rectangular wire is used in larger windings to make the most efficient use of available winding space.
In humans and mammals, respiratory gas exchange or ventilation is carried out by mechanisms of the heart and lungs. The blood is subjected to a transient electric field (QRS waves of the EKG) in the heart, which dissociates molecules of different charge. The blood, being a polar fluid, aligns dipoles with the electric field, is released, and then oscillates in a damped driven oscillation to form J or Osborn Waves, T, U, and V waves. The electric field exposure and subsequent damped driven oscillation dissociate gas from hemoglobin, primarily CO2, but more important, BPG, which has a higher affinity for hemoglobin than does oxygen, due in part to its opposite charge. Completely-dissociated hemoglobin (which will even effervesce if the electric field is too strong — the reason defibrillation joules are limited, to avoid bubble emboli that may clog vessels in the lung) enters the lung in red blood cells ready to be oxygenated.
Convection occurs over the majority of the transport pathway. Diffusion occurs only over very short distances. The primary force applied in the respiratory tract is supplied by atmospheric pressure. Total atmospheric pressure at sea level is 760 mmHg (101 kPa), with oxygen (O2) providing a partial pressure (pO2) of 160 mmHg (21 kPa), 21% by volume, at the entrance of the nares, a partial pressure of 150 mmHg (20 kPa) in the trachea due to the effect of partial pressure of water vapor, and an estimated pO2 of 100 mmHg (13 kPa) in the alveoli sac, pressure drop due to conduction loss as oxygen travels along the transport passageway. Atmospheric pressure decreases as altitude increases, making effective breathing more difficult at higher altitudes. Higher BPG levels in the blood are also seen at higher elevations, as well.
sci fi reality……electronics assist programme
electronics of the assist programme for mars data banking
By Henryk Szubinski
5th law framework Chordis6 freedoom of knowledge
string similarity to computer language as similar to Marsian craters :
data on stemmic relationships of the non complexity of usage of exterior resources:
A SPEHERICAL GROTH SYSTEM WHERE THE INCREASE OF VOLUME IS CUT AND THE RESULTANT WAVEFORM = a high velocity frequency of the spherical surface area response to waveform a minimal wave in every direction , not by the core system but by the gravity effect of the high value interactive responses of the cut back being lower than the value of gravity captured in the interval fase of the waveform pulse:
a type android language : of String usage which is generally a android language that is non complex and appeals to the majority due to their STRING values:
In computer science control flow (or alternatively, flow of control) refers to the order in which the individual statements, instructions, or function calls of an imperative or functional program are executed or evaluated.
Within an imperative programming language, a control flow statement is a statement whose execution results in a choice being made as to which of two or more paths should be followed. For non-strict functional languages, functions and language constructs exist to achieve the same result, but they are not necessarily called control flow statements.
The kinds of control flow statements supported by different languages vary, but can be categorized by their effect:
- continuation at a different statement (unconditional branch or jump),
- executing a set of statements only if some condition is met (choice – i.e. conditional branch),
- executing a set of statements zero or more times, until some condition is met (i.e. loop – the same as conditional branch),
- executing a set of distant statements, after which the flow of control usually returns (subroutines, coroutines, and continuations),
- stopping the program, preventing any further execution (unconditional halt).
Interrupts and signals are low-level mechanisms that can alter the flow of control in a way similar to a subroutine, but usually occur as a response to some external stimulus or event (that can occur asynchronously), rather than execution of an ‘in-line’ control flow statement. Self-modifying code can also be used to affect control flow through its side effects, but usually does not involve an explicit control flow statement (an exception being the ALTER verb in COBOL[citation needed]).
At the level of machine or assembly language, control flow instructions usually work by altering the program counter. For some CPUs the only control flow instructions available are conditional or unconditional branches (sometimes called jumps).
the data on functionality ahead of the function cause of the basis in relationships with any external value = to data on the high value locations and aquirives by the data on high value processess as the data on complex processess of the bio human formats of the generalisations of the data on high value externals as the priority of poisitionality by data on the values and the data in which the actualisations of the repsonse return by the responsive enviroenments of the data in which rpocessional data interactions are based on the data in its non end functions of a divisional repsonsive from the external responsive data environments as the values begin to accentuate the functional feel of the enviroenements by the processive data in which a general velocity speed back of the processings of how many sectros a string value can have to define the language by protocol of a simple responsive relationship of the friendly robot (android)..
what is obviously visible with the case of Mars is the crater openings that lead out of the peeripheral surround modality of its full circumference:
this appearance would suggest that the sun setting on the mars crater landscape would have had some vilent sun storm activity, strong enogh to blow some rocks and duct away from the crater format by what would have had to been a pressurised crater landscape with its characteristic oxygen containements by natural means which would have become positively charged by the solar wind at its strongest making a bridge in the the barrier to surrounding areas..
the data usage of a format to which the data on special relationships is exacted by the measurements of data in which cognition needs limited value relations to how the human eye was formed in its point specific evolution by the fases of a increased level of sensitivity by the process and its end value = generalisations of the basic response of data in which the sloar wind bursts would have a general effect on the full value systems of data..
data on mount Olympus as the gravity proton beam as active in Mars history by its solar wind complexity in dumping top soil onto the 80 metere high mountain..
the usage of upp and down gravity controll and the oxygen status of minimal jet outakes for tipping to the left or right.
sci fi reality………..the moon double
t h e m o o n d o u b l e
By Henryk Szubinski
from the basis of the US the moon can be on either side of the process to overlay the moon so that being ahead of the projections to which the general models of the Japaneese projects of surveying the moon was simultaneous with the basics of the H2O projective..
The high velocity alterations of the moon being in 2 places at once as its projective basis of the H2O crater over the projective surface of the multiples as inclusive of the Japaneese surveyors as being part of the crater string area as inclusive of the place to which it belongs as being the self projective of a actual positional complexity..
As a type representation of the crater string transposed over the same value;as a vector from the moon and the string as the same process to which it would be over the frontal adavnce that is also overlayed on the japaneese mainland as the sight over which the moon represents the same dimensiionality as being to the side of its multiple projections:
everything basically in its data of a force in the sections to define process alterance as the audio sequenced waveforms are only based on dependance by the process of the multiple states in their basic levels in very prioritised data on how sections of a value limit is the projective..
main generator process sections of the main mid line section lifting
S——————————————O———————————-H
the section of the interval for landing
H————–O—————–H
this type complexity in reversed diagrammatic data in a probability by diss seperations implied to reverse.
side view on the projective complexity of having the transposed values of 2 positional vector moovements on multiple sides of the relationships to the 1/2 planarity of similar values of the hemisphericality by its fused non sperationality of spherical volumes:
As the overhang of the talk bubble type 1 force field generated with the exterior of the lunar H2O in which the NASA experiment to locate it is a basic depth of the A.I programmability by the simultaneous diffrence of the moon and its positional alterations to which the main point is the force field and why it can be transposed at the transfferance from lunar to bubble as the mutual exchange of the lunar position over the earth:
SCIFIre@lismQuest.com 