XX-fomsystems are more individuel full xph phase (24-hour) routine functioning XX-form constructions with their own superior and autonomic IT-form´s ‘personal’ identity!

The hydrogen-atom (HY-atom) is a composed (!) or xx-component build-up XX-formsystem! That means it is made of 12/14 former individual standard XX-particles (elementary-particles) each of them wry over against one of the 12/14 standard XX-forms and thereby building one of the HY-atom´s various xx-organs – but fundamentally the same type or high/low separation xle level of smaller XX-formsystems. They are made of yet again smaller same types, but also slightly standard XX-form´s wry, XX-formsystems – probably neutrinos. Similar to our own variously wry but generally the same separation xle level types of xx-biocells. They make up, in their common half,  a higher xle level compromise between a single XX-forms same clean quality in there full own quantum of xx-nuances and then the integration of the rest of the whole XX-formsystem – in heir own specific wry department! It´s similar to our own 12/14 wry XX-organs, where there are (almost) same type of only slightly wry xx-biocells – but more generally different from other XX-organ´s xx-biocells! The standard XX-particles (elementary-particles) are the HY-atom´s  first XX-1component (layer) and will probably be more overall IT-form´s personally wry outside the HY-atom than being a direct inside as an autonomic/subordinate part of it!


TEXT TO GRAPHIC: The numbers in the graphic are the 28ph phases or the daily or 24-hour routine´s successive focusing of the whole HY-atom – similar to our own daily routine or activities. Where the difference between the TAi octave´s 1-14ph phase (‘sleep’) and the TPi octave´s 15-28ph phase (‘awake’) isn´t so significant as in our own XX-formsystem, whether in connection to a very excited electrical situation nor normally. HY-atoms doesn´t fall heavily asleep in one half or a third of its 1-28ph routine. The ambivalent exitial/return P-T-form/sp-shell (violet) in the bottom and in the outer peripheral makes up both the outer P/T sp-shell (electron-cloud, the dotted circle) and a single P/T-particle (electron) in the vertical end of a (potential) linear body. That also means with the potential linear TA-forms´s head in the top of the whole HY sp-shell, and a secondary TA-form´s  brain-stem as the mini-head of the primary TP-form in the bottom of the HY sp-shell – as the beginning of the potential body further down and out! Here and all around in the P-T sp-shell there will not only be a tendency for the exitial PA-form´s to leave out, but also for the initial TP-form to make up the initial XX-form in a new linear separated XXi octave or a possible new HY-atom (kid) – and not just 28-ph returning to the head and to sleep!

All the smaller (potential electrons) P/T-forms/particles around in the P-T sp-shell will then also seek down to the primary P/T-particle (the real electron) in order to get in an exitial climax! It happens out from respectively the initial TA-form, or out from the initial secondary TP-form both in the top of the (potential) head/body linear HY-atom – is significant in the electro-technique. It can be seen in a certain spiraling (double-helix) direction, and then quickly returning to start again in the opposite spiraling direction. It is, as I said, important not just in the normal 1-28ph phase routine but also specifically in connection to all electro/radio-technical activity!


The respectively 1/2-28-392ph over-phase/phases/under-phases are longer or shorter repeating of successive re-separations or focusing run-through (!), where the overall running time is depending on how much the xph phase or XX-form in question is covering – that means its common/special linear (re-)separation/(re-)accumulate xle level! It´s the same as the various sleep/awake activities and focusing during our own 24-hour´s, week´s or month´s etc. time periods. It´s here parted up in 1/2 sleep/awake or 1/2ph over-phases; 28 hours or 1-28ph phases and finally 392 5-seconds or 1-392 under-phases in still smaller mutual integrated xx -octaves – that means XX over/normal/under-formsystems or respectively XX 1-xcomponents in the same superior XX-formsystem!  The various xph phases can be more or less separated from each other in their focus shifts. We ourselves f. ex. have two separated ‘sleep’ and ‘awake’ 1/2ph over-phases, but that´s not necessarily the case in smalle XX-formsystems in micro-cosmos – closer to the neutral NT-form!

The repeating xph phase routines generally follows the original (first) separation´s XX-form succession! That means in the ‘sleep’ 1ph over-phase it will then be this: TA/TP-forms (1-2ph) to the WI/NA-forms (3-4ph) to the LA/SI-forms (5-6ph) to the ST/IT-forms (7-8ph) to the FO/AF-forms (9-10ph) to the PA/WE-forms (11-12ph), and finally to their NT part-forms the W-T/PT forms (13-14ph) – the bold XX-forms are the more primary focused in the sleep´s 1ph over-phase! In the ‘awake’ 2ph overfase the focus will shift over to the other (not bold) XX-forms – that means all in all 28 1-28ph phases! The phases represent the wavelength/frequency in the physics!


Nerves are where the FN-form (energy) wants to be free and away from all other XX-forms, out from its own XX-form nature togethere with its TN anti-form! The nerve-strings will go down in the middle of any linear standard XX-octave and consists of gradually still more free moving FN/TN-forms (sheer energy) in against the middle or core of it – in the axons! Further out around there will be a successive number of FN-forms integrated (almost ½:½) into the 12 first standard XX-forms in their double parallel standard XX-octave separation as a kind of a mantle! The last two return W-T/P-T forms fails because the FN-form doesn´t want to go initially back – it wants generally to get away! But still being gradually integrated in the surrounding standard XX-forms, also into the core (axon), it´s thereby a good (speedy) messenger!

TWELVETAVE: These 12 successive full separated (quantum) mixed FN/TN-XX/XX-forms is called a XX-twelvetave! To understand the FN/XX-twelvetave you have to see it more biologically as primarily the FN-forms overall need for an IT-form´s identity or a personal I to work autonomic with – as all XX-forms/formsystem does more or less. In order to get that it has to get a rather FN-form´s wry IT-form in its integrated standard TAi octave of cause! So it has to combine itself rather much with the standard XX-forms though still with a clear over-weight to the FN/TN-form´s side!

There are twelve full (quantum) separated FN-forms integrated in each of the first twelve standard XX-forms – not with the standard XX-octave´s smaller (1/7) steps! In the end of the PA/WE-forms the FN/TN-forms just come out into sheer nothing that means a start all over again in a whole new basic XX-twelvetave as far as the FN/TN-forms are concerned leaving the old back in its old identity with more standard XX-form´s memory – more TN-form integrate! It simulates the birth of a new biological individual (kid), similar to a the split of a bio-cell, so the new identity XX-twelvetave will be an ambivalent compromise between total individuality and some genes/memory from the old FN/XX-twelvetave – in a certain continued succession! The integrated standard XX-forms vil renew or re-separate themselves together with the FN/TN-forms and can still integrate or increase (accumulate) their original high/low common/special xle-level separation as such!

If there is a new successive post-separation (current birth) then the pre-separated standard XX-octaves in the FN/XX-twelvetave will be still older in comparaison (despite of their own new re-separations) and therefore will get their TN-forms focused so they in the end can´t get into the (FN-form´s) present and finally vanish as single TN-forms in the NT-form – totally forgotten or dying out! That´s why bio-cells die after a certain number of splits or new ‘births’! Whereas the XX-atoms doesn´t do that, because they have no constant successive separation or births at all – and therefore has no external aging string of off-springs – or separated protons! There will be an enormous number of (various) FN/XX-twelvetaves partly integrate in each others partly as respectively autonomic individuals and partly as more subordinate autonomic FN/XX-twelvetaves r totally  free single FN/(TN)-forms in the axons in the center of the xx-nerve strings!

Outside this free FN/(TN)-forms and FN/XX-twelvetaves in the axons the nerve-string also have some mantles of sheer (supporting) more standard XX-form/formsystems – called the myelin-sheaths!

The significance or attraction of a high/low separated FN-form lay by the number of successive high/lower separations and how many times full 12 (x12) is repeated in the long line of the out-separation´s successive integration! Similar to the standard XX-forms in higher/lower full XX-octaves (x7)! These relations or xx tq values represent the wavelength/frequency in the physic, so they are very important (see also: PHASES)!


In connection to the nerve-strings there is a significant mixed spectrum consisting of a ½:½ mixed XX-twelvetave and a specific full standard XX-octave – forming what we know as the senses! It makes up all the various senses that we know of – such as basic feelings, taste, sound and light!  The specific standard XX-octave is first of all an initially full potential (!) r power separated big XX po-octave coming directly out from a more significant (12^12=144, 12^144) FN/TP-3twelvetave´s initial FN/TP tw-form on a common high separation of 2.52405858452707E+155 qv (B2 =0; B3 =12) (see: above)! All with  specifically power accumulated standard XX-forms/xx-nuances from the commonly big high (qv) FN/TP tw-form and all the way down to the start of the separation in the NT-form!

If you take a single big initial XX 3tw-form on 2.52405858452707E+155 qv, that means 12 XX 1twelvtaves integrated or accumulated gives one 2tw and 12 XX 2twelvetaves gives one XX 3twelvetave, and then let it be more and more specially (still full) power-reduced down to near zero or the NT-form as a single big XX-octave by still reducing the 7 big standard XX-forms with the ^(12*12, 144) power of the normal XX octave XX-form´s standard reduction (/1.125, /1.11111111, /1.06666667.. etc.), then you will get the following basic seven sense-spectrum XX se-forms: The initial 12^144=2.5240585845E+155 qv (above) gives the basic feelings or a positive FN/TP se-form (‘red’); the next 2.5240585845E+155/1.125^144=1.0867663893E+148 qv gives smell or a negative FN/NA se-form (‘orange’); the next again 1.0867663893E+148/1.11111111^144=2.7993523014E+141 qv gives the sound or a positive FN/SI se-form (‘yellow’ or the tone e4); the next 2.7993523014E+141/1.06666667^144=2.5758546788E+137 qv gives radar or the negative FN/ST se-form (‘green’); the next 2.5758546788E+137/1.125^144=1.1090678742E+130 qv gives the light or positive FN/AF se-form (blue) (the actual blue color has exactly that wavelength (qv=A 1.1090678742E+130/2.28139112E+126=4861.36666666 (!)); the next 1.1090678742E+130/1.11111111^144=2.567976859E+123 qv gives the gamma-rays or a negative FN/PA se-form (‘indigo’); the final 2.567976859E+123/1.125^144=1.230031555E+116 qv must give some positive cosmic-rays (‘violet’)! You can convert these xx qv quantum values to A (Angstrom) by the help of this standard division /2.28139112E+126! As you can see above then 1,1090678742E+130/2,28139112E+126 will give you precisely the blue light wavelength on 4861,366665855 A (see: later) i our own color- spectrum!

This very specific (!) power single XX po-octave reduction will reduce the initial FN/TP tw/se-form (12^144) with still significantly (!) smaller separate special sense XX se-forms or single XX-octave steps because the FN-form here in this ambivalence (option) does not (!) just want to stay full specially disappeared from all other XX-forms as the initial FN/TP tw/se-form in its big amount of commonly accumulated xx-nuances/units! It can/will also focus on itself, not just as a full single XX-form, but also as an internal single XX-octave all the way down to the NT-form (zero) and a focus on those big steps will give the significant big sense XX se-octave – quite simple. The significance of this big sense XX se/po-octave is probably due to the fact that a XX-octave here covers perfectly one big XX 3twlvetave – the only way that´s possible!


NATURES CHOICE OF LIGHT: At a certain glowing temperature the HY-atom will send out a very significant/attractive series of light in various (visible) colors. One of these series, the Balmer-series, starts by a local initial (red) FN/TP se/lo-form with a (double) wavelength on 6562.85 (.73) A, and it goes further down with standard XX-octave succession to a primary (blue) FN/AF se/lo-form´s wavelength on precisely 4861.33 A – in the same local standard size XX-octave (see: above)! The big sense XX se/po-octave/twelvetave´s light XX se/po-form is also a (blue) FN/AF se/po-form on precisely 4861.36668073086 A!!

The Balmer-series continues with a number of (indigo) FN/PA se/lo-forms and end in a still more special successive number of (violet) FN/P-T se/lo-forms, where the sixth wavelength or spectrum-line is on 3889.093332 A. And that also matches precisely to our standard light spectrum (rainbow) if you make standard XX-octave steps (-/1.125, -/1.11111111, -/1.0666667 etc.) out from the primary blue color on 4861,36666 A! So our standard light-spectrum or color XX se/lo-octave will give the following standard XX-octave distribution of wavelengths: 7292.049998 A, 6481.822221 A, 5833.639999 A, 5469.037499 A, 4861.366665 A, 4375.229999 A, 3889.093332 A (see: above)!

The more local single XX se/lo-octave light separation/focusing in the big XX se/po-octave/twelvetave is helped by a direct integration of a standard (*2) separated initial TA/TP-form on 4861.36668073086 A (A2 =6; A3 =61 gives 1.10906787764833E+130 qv in A1 and 1.10906787764833E+130 /2.28139112E+126 = 4861.36668073086 A! The only problem is that it is an initial (brown/red) TA/TP-form and not a (blue) AT-form, but an internal integrated XX-octave in the TA/TP-firms will have the local AT-form right in the middle of it at (almost) precisely the same wavelength!

The full light spectrum (f. ex. the rainbow) does not contain the negative XX se/lo-forms (colors)! Their space is then filled up with the mix of the two neighboring positive XX se-forms (orange, green and indigo)! The only negative XX se/po-form (color) you can actually ‘see’ is black, which is the (initial) integrated mix of all negative XX se-forms (colors) in the visible XX se/po-octave, where the white (‘initial’) XX se/po-form (color) is all the positive (visible) XX se/po-forms (colors) – as we know from the chromatology!

The big blue FN/AF se/po-form can then ‘see’ it´s integrated local standard TP-octave as sitting internal in the FN/AF se/po-form! Here the two XX-forms will (xph phase or frequency) match each other precisely and it can separate from both of the them (!) common and special so that it makes a (1:2) standard XX se/lo-octave separation or spectrum, where the big FN/AF se/po-form is also the local blue (1:2) standard XX -form! A not initial AF-form can´t itself (locally) separate both commonly up and especially down (only specially down), so it needs to integrate with a local TPi octave with an initial commonly accumulating TP-form! Also the other more common XX-forms in the top of the XX-octave can in a certain degree accumulate out from the FN/AF se/po-form´s (only (!)) special separation – so you can have successive focused XX se/lo-octaves/twelvetaves in both common/special directions!

HUMAN CHOICE OF LIGHT: Our own eye has a very easy choice of a light spectrum since the significant initial standard XX-form in the standard XX-octave separation A2=6, A3=61 A1=1.10906787764833E+130qv is similarly to the big blue FN/AF also on  1.10906787764833E+130qv (see: above)! We have delt with the smaller problem that it is an initial standard TA/TP-form and not a blue AF-form (see: above)! We have chosen the colors in the quite simple1!


It´s a little more complicated with the sound´s big FN/SI se/po-form in connection to its more local standard XX-octaves/twelvetaves  XX-forms or tones in f. ex. our own (1:2:4.. etc.) tone-scales, witch is probably due to the bigger more common or ‘blurry’ big FN/SI se/po-form – on none less than 122.703743207018 km (!) wavelength! Here it´s better to operate in a calculation-sheet so I will give you some more formulas to operate with out from the fundamental qv value formulas in the A1 and B1! In order to convert qv to A (Angström): =A1(B1)/2.28139112E+126; to convert qv to km wavelength: =A1(B1)/2.28139112E+126/10000000000000; to convert qv to (Hz) frequency: =2997940000000000000/(A1(B1)/2.28139112E+126; to convert km wavelength to (Hz)frequency: =2997940000000000000/A1(B1)km/10000000000000!

The big sound FN/SI se/po-form on 122.703743207018 km wavelength will here automatically try to integrate in a more significant local (1:2) initial FN/TAi tw-form/twelvetave (!) on 1240.86556153925 km wavelength in the common fundamental XX-twelvetave´s separation (B2=0; B3=11 gives B1=2.83089967320946E+142 qv) –  similar to light just not on the same wavelength or high qv. The XX-twelvetave´s fundamental special/common out-separations/accumulations are always available (!) since they are also the automatic free FN-form´s xx-units/nuances – of cause! A normal ½:½ ((x+x)/2) mixed integration between that local FN/TA tw-form above and the big FN/SI sa/po-form gives a FN/PA(WE) sa/lo-form or an ‘indigo’ tone a1 with a wavelength on 681.784652373134 km or a frequency of 439.719490494003 Hz – where the concert-pitch or tone a1 in the music is ‘sat’ (!) by frequency 440 Hz and (681.35 km)!!

Why does that mixed XX/XX sa/lo-form meanwhile turns out to be a qualitatively ‘indigo’ FN/PA(WE) se/lo-form (a1) in the end of the tone-scale´s primary c1-octave – a direct mix of a TA(TP)-form (‘brown’/’red’) and a SI-form (‘yellow’) should give an (‘orange’) WI(NA) se/lo-form or rather the tone d1?! Well, the two mixed XX-forms are not sitting in the same standard XX-octave but several successive (1:2:4:8..) XX-octaves apart form each other, and if you go standard XX-octave successive commonly up from the big TA/SI se/po-form (122,703743207018 km), and successive specially down from the more local  FN/TA tw-form (1240,86556153925 km) then the space between them will be this tone spectrum:

km down                      km up                                         km (mixed)                Hz

1240.86556153925 981.629945781302 (x+x)/2 = 1111.24775366028   269.781422740811 c1

1102.99161025711  +  920.278074141212      –     =  1011.63484219916   296.346060351467 d1

992,692449232395  +  818,024954792189       –      = 905,358702012292  331,132841970441 e1

930.649171126288  +  736.222459320332       –      = 833.43581522331     359.708563663866 f1

827.243707667811  + 654.419963840295      –       = 740.831835754053   404.672134121849 g1

744.519336901775  613.518716081104       –        = 679.01902649143  441.510455972149 a1

661.794966134911  +  545.34996984987        –        = 603.572467992391  496.69926296866 h1

620.43278073209  +  490.814972869791      –        = 555.623876800941   539.562845509976 c2

551.495805095191 +  460.13903705105         –        = 505.817421073121   592.69212073394 d2

496.346224586169  +  409.012477378711      –        = 452.67935098244    662.265683975564 e2

465.324585534992  +  368.111229644521       –        = 416.717907589756   719.417127365537 f2

413.621853808881  +  327.209981906241      –       = 370.415917857561    809.344268286229 g2

372.259668431716  +  306.759358027515      –       = 339.509513229615    883.020911986183 a2

330.897483050414 +  272.674984913347     –      = 301.78623398188       993.398525984456 h2

310.216390350069 245.407486424466     –     = 277.811938387267     1079.12569107124 c3

275.747902533395  +  230.069518515747      –     = 252.908710524571   1185.38424152407 d3

248.173112282537  +  204.506238680664     –    = 226.339675481601    1324.53136800742 e3

232.662292757608  +  184.055614814438       –    = 208.358953786023   1438.83425479222 f3

206.810926895651  +  163.604990946167      –    = 185.207958920909   1618.68853664125 g3

186.129834207947  +  153.379679007239      –    = 169.754756607593    1766.04182404742 a3

165.448741518176  +  136.337492450879      –    = 150.893116984527     1986.79705205335 h3

155.108195168442 122.703743207018      –    = 138.90596918773       2158.2513822342 c4

As you can see in the tables there are (almost) similarity between a direct mix between the FN/TA tw-form and the big FN/SI sa/po-form on 439.719490494003 Hz  (a1) and then when thy they both meet in the (a1) middle coming respectively specially from downwards and commonly from upwards in the 441.510455972149 Hz – still gradually mixed up and down!

The more blurry situation here in the sound-spectrum gives all the various tone-combinations in the music! There can f.ex. ambivalently a be a real initial (!) FN/WE/TA sa/lo-form (a brown or a1 tone) negative (soft) directly downwards in the a-moll tone-scale. Though you can´t really set up any strict rules for musical harmony you can lead consonance and dissonance between two XX se/lo-forms (tones, mutual accords) back to whether their xph phase routines fit to (coordinate with) each other or not. That means if they still end their xph phase routine(s) at the same time, though with various numbers of routine rounds – so they don´t run still more away from or wry of each other! It´s possible that also here the negative (!) XX se/lo-forms are hidden behind the gradual mix of the two neighbouring positive XX se-forms – like in the sheer positive light-spectrum!


The radar area or the big negative ST/IP se/po-form is not represented in our own sense-spectrum between the sound´s SI/LA se/po-form and light´s AF/FO se/po-form probably of the same reason why it´s not represented directly in the light-spectrum. It´s simply an unattractive negative XX-form and replaced by a positive mixed XX/XX-form. It´s also as overall negative rejected/reflected from most XX-atoms or stuff/material – it fits precisely in the overall picture!


Photons or Electromagnetic activity (sense-particles) consist of XX-formsystems/particles (photons) where the FN/TN-forms or rather the FN/TN-XX/XX-twelvetave has been extraordinarily focused (exited) and therefore has undergone a shift from a straight old/new FN/TN-twelvetave successive separated line to full focused FN/TN-particles so they becomes more individually themselves only tied up with their own FN-form´s rather wry IP/FN-form´s identity – simply more free off-springs (‘kids’) and not any longer just static successive links in the nerve-strings! They will as such come successively out from the excited XX-atoms (nerve-tips), because the FN-form will also start moving kinetically with figurative fg-quanta in every new (re-new) quantum separation – that means light-speed! Instead of staying figuratively still (just pre/post or old/new) in the same successive line like the nerve string as such!

The strength of the focus from the excited XX-atoms will also give the standard XX-forms in the FN/TN-particles an extra boost in terms of a very active xph phase routine, but still with the FN/TN over-forms remaining as such! These FN/TN-particles will usually come out from the XX-atoms at the same xle level or xph phase (frequency/wavelength) by the same degree of excitement (temperature) as in the XX-atoms themselves – notice the HY-atom´s Balmer-series! The FN/TN-particles are always carrying a lot of standard XX-forms and more significant  a lot f senses FN/TN-XX/XX se/lo-forms with them!

The much bigger FN/TN-waveparticles (electromagnetic activity, radio-wave size) are created out from the PA/WEs sp-shells (electron-cloud) around the whole XX-atom building a sort of an spherical (nerve-tip) exit all around a spherical (ball-shaped ) XX-atom. So here it´s easy for an active FN/TN-form to disappear out from an excited XX-atom. It is then no different to the FN/TN-particles out from the exit end of a nerve-string! The FN/TN-waveparticle has its own personal identity or IP/FN-form for the whole FN/TN sp-shell and works then as big balls disappearing as such in space with light-speed – just as the FN/TN-particles!  They also generally choose to focus om those XX sp-shells/octaves in the peripheral that has the same xph phase routine (frequency/wavelength) as the xph phase routine (-s) in the excited XX-atom itself! The XX-waveparticles will also partly follow the smaller potential PA/WE-particles around the in the XX-atom´s electron-cloud, when they seek down against the real PA/WE-particle in the exit end of the XX-atom – to leave naturally the XX-atom form here! You can clearly see that principle in f. ex. a dipole-antenna with real PA/WE-particles (electrons) on a bigger metal-surface!

The XX-atoms will always try to integrate (stamp) the standard XX-forms in the FN/TN-XX/XX-particle/waveparticle so they more mirror/reflect themselves at the same time as they will become a steady memory/heritage in the center of the FN/TN-XX/XX-particle/waveparticle. This is a significant feature in the electro/radio-technique because it gives a natural integration into other similar (!) XX-atoms (in f. ex. receiver-antennas) – and a possibility to escape as/in the nerve-string core of a PA-TP-particles (electron) on an electrical active metal-surface!

Another significant feature is the fact that the ST-form´s skin/surface is laying in the middle of the TPi octave´s separation as the 4. standard XX-form, so the last more special XX-forms actually are laying ‘outside’ (!) on the surface of the XX-formsystems! They are more special XX-forms or actually their many xx-units, and in that way more independent as we can see in the special P/T-particle (electron) itself and its movement in over or outside a (mutual) glossy metal surface. Which also indicate that the skin/surface can integrate into a big overall skin/surface out over a big number of XX-formsystems – f. ex. in over stuff or metal XX-atoms!

All FN/TN-particles/waveparticles are generally big or small sphere-shells inside each other, and they will seek inside/outside and focus where there is most excitement or attraction and most similarity – the like is also the same in the universe! That means the external part of the FN/TN-XX/XX-particles/waveparticles will mostly integrate into the (electric metal) XX-atom´s nerve-systems or PA-TP-particle´s (electron´s) active nerve-systems on similar surfaces! Where there at the same time is both nerve-activity angle-right to/from the outside, coming direct from/to the XX-atoms, and along (!) the surface in their electrical PA7TP-particle´s (electron) collisions with each other!

The FN/TN-particles/waveparticles also have internal standard XX-form xph phase routine going out from the ‘head’ twisting down to the one TP-form´s side (awake) and returning to the ‘head’ and then again twisting down from the TA-form´s other (sleep) side the opposite way around – like a DNA double-helix! That´s just like the standard XX-formsystem´s (metal) XX-atoms in the electro-technique giving a PA-TP-form/particle smaller electron activity on the surface down against the actual PA-WE-form/particle in the exitial XX-octave end! But it´s still just the standard xph phase routine (local 24-hours) and can as everything else make up wry excited ambivalences fitting to the present situation – there is f, ex, not much room for real sleep in a XX-atom´s excited/attacked situation!


The PA-WE-particle or the electron is simply where these PA/WE-forms/components in an excitement have gone (partly) back to their original free independent XX-particle (elementary-particle) status instead of being a XX-atom component! It can then give them a possibility to act more as themselves than as an autonomic part of the XX-atom! Most electric and electro/magnetic activities coms out of that, and can be explained out from that!

The PA/WE-particles are connected to the most special standard PA-form in the XX-octave or in the XX-formsystems, which means most individual but also the most dependent on other XX-forms – the more special or wry the more it needs the support or completion from other XX-forms! So it does not only leave the excited XX-atoms, it also seek back to the more quiet XX-atoms again! They can make up a painful defense against aggressive neighbor XX-atoms to keep them on distance! And momentary lack/surplus of PA/WE-particles makes up the basic or all electro-magnetic activity and technique – including the general excitement by the FN/TN-particle and FN/TN-waveparticle activity! There are a numerous number of various ways to utilize the PA/WE-particles in the electro-technique!


CONCLUSION: As we can see, there is no simple solution on anything in micro-cosmos! It is actually just the principle of using de available ‘bricks’ to build with! All is literally there and can be used i any situation, so the best or most effective option will be chosen by nature more or less automatically as a combination of an enormous amount of possibilities! So that is one of our problems if we are going to work some ideas or projects out in micro-cosmos, we are always forgetting options or details in our theories – – nature never do that! In spite of this, we will now try to see what we ourselves can get out of our theory and its knowledge in the coming two sections!






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