James Joseph Matyska

About me:

Please, read this out of the box flight plan and endlessly tour the universe we live in. This tour is a quest in pursuit of truth. Our dogma riddled minds cannot conceal the desire to fly free on faithful wings when and where there are endless new vistas to ponder. This letter is languishing from what happens during translation of information gathered from the universe into thought and then comes the forging of insights into words. Here is a love letter to truth seekers who languish wearily while the resilient universe is under perpetual reconstruction and remains an enigma. Using a 3 piece folding photon model allows the universe in 3-D spacetime photons to fold into a 2-D object containing all mass as 3-D spacetime folded photons. This folding removes the voltage and current nodes of the photons and that prevents the photons from developing any constructs. They exist in 3-D spacetime as freely floating spherical globs of photons in space. The electro-weak force is most likely responsible for the separation of the black and white pair's two orbital planes. Both share just one plane with a twist of spacetime like a top hat that flattens and pops open again and again except, it folds in progressive stages during just one squeeze but, unfolds in quantum states beginning with almost no voltage or current nodes at first. Increases in potential electro-weak power come with the unfolding of timespace. The electro-weak does not go away but, absent of current and voltage nodes, must act as magnetic fields repelling each other, thereby initiating the first quantum leap as the 2-D universe in a whitehole becomes 3-D again. (Garrett Lisi, LHC total animal, a real hotdogger, could name a vector boson or field theory), As it does, the 2-D now 3-D fully, emerges swiftly out of the whitehole, quantum leap after quantum leap, back into our spacetime normal where the type of particles we are made from will be formed anew. The mass of the universe and everything in it increases exponentially when accellerated to lightspeed and then, converts the total universal mass and everything in it into photons that swarm and accumulate into one mass wherein, photons fold flat from packing together. Particles, called black and white, have perpendicular orbits around and in the event horizon of a particle with a velocity of light I have named "clear". Travelling in the event horizon of the clear particle permits the black and white particles to exceed lightspeed relative to us and they both take their respective turn to move forward, in front of clear as the other is receeding. Black is anti-matter and white is a matter particle. The pair are spaced by the wavelength divided by pi and that relates to 3-D folded spacetime when compressed into the flat, 2-D object. Normal mass includes the "clear" particle. When mass approaches lightspeed, exponential muitiplication of all mass in the universe will be drawn together after attaining lightspeed to join as photons. All the real goodies are in here. This is written with a love for truth and I find this cosmos has all that there is needed for life and yet, the universe itself is not alive. A man of letters, GED, I profess these truths: “The Expanding Journey into Light” contains plausible insights pertinent to bits and pieces of our enigma. Look deep into an abiding mystery that has engulfed us universally. The universe has cycled both into and out of space-time in the past and will continue to cycle beyond this limited time-space we are in now. Previously, the universe had emerged, expanded, matured and collapsed completely out of space-time. Space is distorted, contained and enfolded by mass and has expanded with mass into time-space-normal. Very critical to remember, the largest component of any atom is space. Mass is attracted to any compressed space-time distortion that is formed by the presence of any mass. Without mass, time cannot exist. Time becomes halted and unmoving for mass that has attained light speed. Unless that mass accelerates beyond or slows below light, it will exist as photons. All mass and everything with it in the universe had collapsed out of space-normal and ended time for prior cycles. In relatively no time, our universe reemerged from a white hole into one solitary point of space-normal, unfolded time-space in quantum leaps, and has continued expanding out into space-normal. The mass of the universe vectors in first from the outside and is ultimately accelerated to light speed by newtons from the center of mass of the universe. Photons form the white hole out of their three-dimensional mass condensing into a two-dimensional sheet. In the Big Crunch, photons arrive at the cosmic center of mass from all directions packing together from their own mass. Photons first gather into a growing swarm flowing around each other while bombarded by incoming photon masses later collect into a growing spherical mass while pounded by more photons. A photon is made of three parts all occur in normal matter but not together. The uniting of the perpendicular planes of the black and white particles orbiting the particle I call “clear” causes the collapse out of our space-time and cessation of electromagnetism as we currently know it. Photons collapse out of this three dimensional timespace, fold it into a 2-dimensional object containing 3-D spacetime. Our universe had already matured into the galactic splendor we now observe long before the dawn of humankind began. After the Big Bang comes the Big Crunch. Curved space is relativity in operation. First, the outer firmament furthest from the center of mass in the expanding universe vectors inward. Outermost bubbles are first to vector and accelerate through curved space. Newtons from the space-time distortion lead to the center of mass in the universe and vectors mass in from the outer perimeter first. Responding to the moment of inertia, we will still be expanding into free space when mass from the outermost bubbles begins to sweep through at a significant percentage of light speed. Mass enfolds space and time proceeds relatively slower in space containing mass because space with mass contains more space than free space holds alone. Mass does not simply displace space as a stone would displace water in a bucket drawn from a well, a gravity well. The mass already holds more space than its volume. We might find some extra-space value in a space-time distortion from the speed and motion of particles like photons, electrons and positrons and other components of mass not yet found. At first light, the universe expanded as one tiny, brilliant white, enlarging spherical object. Emergence of the mass into space enabled time to begin. Expansion into space-normal speeds up the progression rate of time. The expanding universe first ejected one, then another and three, four, possibly five for as many as six stellar objects. These objects are one quantum leap less dense than the one before. They enlarged, divided and their pieces flew apart along the X, Y and Z-axis. The first of these new objects burst into few pieces. Pieces of subsequent objects enlarged and burst into increasing numbers of expanding pieces. This progressed until the isotropic detonation of the most recent predecessor objects. Their detonations caused the expanding bubbles containing all the known matter we see around us. First sign found was CMB, and then we saw Stickman, the Large Scale Deep Space Structures and galactic surveys have revealed Bubbles are all round us. Latest statements from CMB observations are that there were many big bangs all around us. Unable to see far enough back in time to look at the predecessor objects themselves, we have seen their legacy, the vast bubbles. Those bubbles are expanding and moving at approximately the same rate and direction. The bubbles were comprised of the newly formed hyper-dense quasars accompanied by some free hydrogen gas. New quasars blasted along with the hydrogen gas drew in much of the free hydrogen before formation of the galaxies. The quasars were the small hyper-dense hydrogen bits or pieces that held together after the going to pieces of their predecessors. Quasars forged the naturally occurring complex elements in our universe. Acting as one big atom from the internal hyper-density of the nucleons in the core, electrons abounded on the quasar’s surface. New elements forged in the core emerged at equatorial regions. Convection drove them across the face and down again into the core at the poles. This hot quasar hyper-dense mass would later decompress and cool in seconds. The large diameter of the massive hyper-dense uranium core ultra-condensed and formed an inner within the quasar. Polar zones collapsed inward from their center onto the black hole immediately beginning with the non-vectoring poles and widening the gulf out to middle latitudes. What remained was material that rotated and vectored in a wide band or torus now in orbit around the internal black hole. This vectoring is why the quasar mantle decompressed from hyperspace to space-normal. Quasar-size globs of hyper-dense hydrogen held together across many billions of years. Relatively stable, quasars fused hyper-dense hydrogen into all the elements of nature. These hot, hyper-dense hydrogen globs are the remains blasted out from the predecessor objects and contained enfolded hyper-dense space or, hyperspace. Blasted away by the detonation of the predecessor object, quasar-sized globs held together well and remained stable while they fused hydrogen into new elements. The polar zones of the quasar mantle were the first pulled onto the black hole as it formed. Both equatorial and middle latitudes were already rotating in orbit around the black hole. The torus was already vectoring around the new gravity well. Inertial resistance and the torus to core orbital relationship prevented everything from falling down. Innermost layers, those closest to the core, were greatly accelerated and vectored past the collapsed core. Hyper-dense metallic seed crystals formed under hyper-pressure within the center of the core. In one quantum leap backward, the hyper-dense uranium core retrogressed as it ultra-crystallized and became a black hole. Flat surfaces on tapered polygonal columns of ultra-crystallized uranium solidly lit by the Cherenkov Effect emit that other worldly, blue light. The glowing, ultra-dense uranium columns are not uniform in height and formed together growing out from the ultra-dense seed crystals in the hyper-dense core of a quasar. The ultra-crystallization process may have been endothermic using heat in the core to place the hyper-dense uranium into the lattice. Euler’s Disc is a toy that speeds up before it stops. The nuclei are radiating gamma emissions as they jam pack much denser into the wedges building the induction lattice around high current nodes. The reply is a wave induced from the electron rich surface of the quasar. This forms a standing wave drawing all the energy from the wedges around the high current nodes of the original positron based signal emitted by the hyper-crystalline uranium nuclei. These were nuclei charged internally with photons near the quantum saturation level. This gamma ultra-burst initiated the quantum leap by releasing the photons contained in the nuclei of metallic crystalline hyper-dense uranium. Space and mass condensed back into the "ultra-dense" state of a black hole. When the hyper-dense uranium core of the quasar ultra-crystallized, it emitted an ultra-powerful gamma burst. As the core took a quantum leap backwards, the hyper-dense uranium nuclei with their vibrational kinetic heat energy squeezed into place. As they locked into the growing hyper-dense crystal lattices, the kinetic heat energy converted up into gamma frequency as each hyper-dense uranium nucleus locked into place in the hyper-dense lattice. These columns terminate in flat surfaced polygons. The distorted hexagons and are patterned together like basalt columns. The flat surfaces of the ultra-dense uranium crystals glow blue. That burst of gamma signaled not only the death of a quasar, it heralded the beginning of a new proto galaxy. Only small fragments consisting of hyper-dense hydrogen we call the quasars survived the detonations of their latest predecessors. Nothing more than hyper-densely packed electrons, protons and neutrons survived isotropic disbursement from their predecessor objects. Small fragments of hyper-dense hydrogen had blasted away. These small fragments were the quasars. Starting with only hyper-densely packed hydrogen, quasars have forged every element up to uranium. Complex nuclei built as products were poor fuels. Abundant hyper-dense uranium nuclei accumulated in the cores of older quasars. Increased density caused those cores to have collapsed into black holes. Fusing hydrogen into uranium made the cores hundreds of times denser than the initial hyper-dense hydrogen. After their hyper-dense uranium rich cores collapsed into black holes, the quasar mantles unpacked hyper-dense mass and unfolded hyperspace to space normal. Orbiting their new internal black holes, the mantles initiated orbital rotation and collapse. Newly formed gravity wells initiated acceleration of the interior of the mantles around their new black holes. This acceleration caused the hyper-dense mantles to overshoot their black holes at two ejection points simultaneously 180 degrees apart. Shooting through the mantle from inside, past those two points, the hyper-dense mantle decompressed from hyperspace to space normal. In three or four seconds the mantle was ejected and unfolded and first became the faster rotating outer galactic arms decompressing down to the slower rotating interior of the galaxy. Only a black hole would remain if the collapse devoured the entire quasar. Giant black holes are the exceptions, while galaxies are the rule. Most often, we see the torus that remained and the black hole at the center. The core devoured the poles as it began to go ultra-dense and detached from the torus of hyper-densely compressed matter that remained. The torus’s orbital trajectory, density and inertia held it out of the black hole. The gravity well of the collapsed core ripped most powerfully at the insides of the torus. The torus first contracted slightly. It could not compress further and some globs from the surface exposed after the poles collapsed tumbled into the core. Hyperspace enfolded with the hyper-dense mass inside the torus accelerated by the black hole ejected the mantle from the inside out. Elements that comprised part of the mantle were hyper-ejected to radii of 100,000 light years in a few seconds. Hyperspace wrapped with hyper-dense hydrogen comprised the quasar initially. Man has witnessed this death of a quasar and simultaneous birth of a proto-galaxy. An object and an event, the gamma burster has revealed a hot infrared image that lasted for only a few seconds then quickly cooled. In three or four seconds, the 100,000 light year radius of our galaxy became seeded, strewn with complex elements. Decompression from hyper-dense matter to our space normal state was complete. This ejection from the dying quasar occurred subsequent to the new black hole formed when the core became too dense. This was not because of a shortage of hydrogen fuel. Having forged hyper-dense uranium past a critical amount even as other complex elements were yet being forged, ultra-dense metallic uranium seed crystals formed in the core grew and took a quantum leap backward. Population density or the number of nuclei squeezed together progresses to the point of immobility for the very hot nuclei. Internally held photons pulse within each nucleus. A positron based emission like a black filament coiled loosely out from the seed crystal spirals upward. There are high current nodes where packets load with wedges. Few uranium nuclei are the beginning of signal reinforcement. Hyper-dense uranium nuclei pack even closer entering the front of the wedge and vibrate into the tip. Each wedge collects uranium nuclei inside from the front and they pack all the way into the tip of the wedge. The wedges form outside of the signal nodes drawing hot hyper-dense nuclei into the funnel filled with perhaps 1,500,000 hyper-dense uranium nuclei. The wedges are almost half as tall as the loading side is wide and appear white with photonic energy that must have been their heat energy. When a wedge is full, that wedge pulls into the door on the left of the packet and sets into the black frame inside the packet. Photon charged white wedges in the black frame align along horizontal layers of vertical columns inside a packet wrapped around a high current node of the gamma song the metallic crystalline uranium nuclei sing together. Packets viewed from the outside appear relatively small. Enter a loading packet where more than 1,200,000,000 wedges generate spatial compression. You would see a tremendous space. In front of you is a tall wall with the tips of the wedges pointing toward the back of the wall. The packet yields up and builds Photon-induced energy directly through black wedges turned 90 degrees sideways and turned 180 degrees around in the floor of the packet with the curved outer edge contacting the upward flowing stream of the gamma wave. The packet yields up and builds the gamma-ray emission with photon-induced energy contained in uranium nuclei. Induced energy from the photons in the uranium nuclei pulled so tightly together that their presence condenses space into an increased hyper-dense state. The gamma ray feeds directly from black wedges inversely related to the wedges white with photons turned 90 degrees sideways and turned 180 degrees around in the floor of the packet with the curved outer edge contacting the upward flowing stream of the gamma wave. This helical filament is a gamma signal that assembles the framework for a crystal to grow upon. Hyper-dense nuclei of uranium need the heat and pressure of the quasar core to lock into the lattice. Packets or wedges of perhaps one hundred nuclei compressed together assemble. Each nucleus has to have the required energy and these wedges fit neatly into nodes along the filament. All packets lock in to fill the nodes the best they can and then the filament contracts. If there was enough high energy nuclei stored in the packets, the uranium becomes and remains an ultra-dense metallic uranium crystal. If enough nuclei had less than the needed energy, they would not go into the packets and those wedges would not remain packed into the lattice. The result would be a dramatic collapse and rebound to hyper-dense state. Two well portioned discharges 180 degrees apart resulted from the accelerated material lining inside of the mantle having been forcibly flung out and away by the gravity well of the black hole. With great inertial energy, the hyper-dense mass of the inner torus slung completely through the thickness of the hyper-dense mantle and 100,000 light years beyond. Separated from the hyper-dense remains in the torus, the hyper-dense mass unpacked along with the hyperspace contained with it. This quasar matter had been hyper-dense until the core collapsed to become a black hole and unpacked the hyper-dense mantle and the hyperspace enfolded with it. Spiral galaxies rotate at a faster rate farther away from their center than the rotational period is closer in. A spinning skater will slow their rotational rate if they extend their arms out and away from their body center. This is why the galactic arms of spiral galaxies rotate at a faster rate further out towards their rims than their period of rotation is closer inside near to the hub. The final hyper-mass discharged out of the torus had less energy behind them perhaps because that slower material came from the outer layers of the torus slowed by the mass first expelled from the inner torus. The mass inside the torus closest to the black hole was the first torn out and was flung the furthest. Stars have remained fired up near the black hole since the formation of the galaxy. Outside of the dense stars under direct influence of the black hole, the mass dispersed in the arms rapidly cooled. Most stars we see today would require hundreds of millions of years more to ignite and stay lit. Except for stars that stayed hot and lit in an area near to and maintained by the gravity well of the black hole. The mass in the arms cooled in seconds. Like a bucket of white-hot ash thrown out across black space, the quantum leap blew out all internal glows in a few moments. That very first mass ejected was from inside the torus. That mass from the inner torus blazed the way in the formation of a giant pair of galactic arms to become the mass furthest out in the rim of the galaxy. This mass was comprised of a high proportion of complex elements. The source was from the equatorial latitudes inside the torus, closest to the void vacated by the core. We are made from the mass that is now located in the galactic outer rim. Ours was the deepest hyper-mass our black hole left inside the torus along the equatorial latitude. We are located close to the outer edge of our spiral galaxy. Mass comprising our local group of stars had been among the first hyper-mass initially ejected from the quasar. This galactic outer rim is the inner torus mass that slung away first and farthest from the black hole. It was closest to and acted directly under the influence of the black hole at the center of our galaxy. This decompressed hyper-mass came from what remained of the hyper-dense quasar mantle. Hyper-cooking quasar is easy because you can tell by the gamma burst when the black hole is ready. In normal quasar function, hyper-mass in the quasar mantle was drawn into the core via the poles, processed near the core and was pushed away from the core out to the equator. This enriched hyper-mass then moved out of the interior towards the surface of the equator via both poles down into the influence the breeder core, out through the equator, and moved away across the surface to the poles again. When the black hole formed, both poles of the quasar mantle swirled down toward the core simultaneously expanded and rapidly precipitated onto the black hole. The two funnel shaped polar voids widened outwards. Voids centered from the poles enlarged shaped as two funnels pointed tip to tip towards the black hole orbited by a torus containing an internal equatorial ledge. That ledge inside our late quasar’s torus was hyper-mass rich in complex nuclei and is now the stuff little children are comprised of out here at the galactic edge. Long before the dawn of humankind began, our universe had already matured into the galactic splendor we now observe. Local stars we see now took many hundreds of millions of years to ignite and several attempts stay lit. Sol has been burning continuously for billions of years but, our star first ignited while lacking mass sufficient to hold itself together. When it lit, it blew out some of itself along the star’s rotational equatorial plane. Our solar system has a record of multiple ignition-blowout events. The sun produced a successive record in the rings from fusion-ignition-blowout-ejections. Number the orbits starting from the icy gas and carbon objects in the Kuiper belt on through the inner planetary orbits. Keeping separated a healthy distance apart from your neighbor works very well for both. This respectful distance from a neighbor also works on a much larger scale for planets, stars and galaxies. Jupiter disemboweled the former fifth planet past Mars because their orbits were in deadly proximity to each other. An asteroid field remains beyond the orbit of Mars. Mars already vented hydrothermal steam through out the crust, but this is different. In a great splash, Mars received a disgorgement of meteoric water from that former fifth planet. Water thrown from that planet torn apart by Jupiter’s gravity well explains an origin for the water in Saturn’s rings. Uranium in the core of our proto-world was cooking the rocks. Closest to the core were the heaviest of these hot liquid rocks. The first batch of basalt the core cooked up became our moon. Our core produced a critical amount of heavy basalt around itself that shifted over to one side from a violent event inside the core. The forming surface of our planet was still molten when the core developed an eccentricity. One theory has a near earth crossing object caused the early planet to develop a wobble that produced the moon. Our planetary core is uranium. In the early development of the planet, the core cooked all the impacting material swept up in our growing gravity well. Inside the molten growing sphere of our proto-planet, enveloping the uranium core was not the nickel-iron found there now. Around the uranium core was the basalt that would become our moon. Above that was a tremendous amount of silicates. A major detonation occurred within the proto-earth’s uranium rich core.while settling the gathered mass by density and reached critical mass and bulged greatly nearly splitting into two masses. The bulge from the lesser mass pushed a portion of the basalt toward one side of the core causing an eccentricities between the core and the first basalt. This basalt still encircles the core while still pulling away from the greater mass. That lesser mass is the very first dense basaltic material cooked by the core and has moved upward through the crust and out of our planet. Our proto-earth had flung away the moon while the rocks here still needed to be cooked. The moon is mostly basaltic rock without the continental rock found on the planet. Cooking the planet to a rich froth and baking into a light top crust took the core awhile. The first tidal forces of the moon pulled the light molten rock froth together on the molten surface. This resulted in the gathering under the moon of the first continent. Long before clouds or liquid water could abide here, the moon pulled the lighter floating liquid continental rock into one mass. That mass of continental rock has long ago broken up and migrated across the globe. Continental shelves drop steeply into the ocean floor. Both basaltic ocean floor and continental rock have jumped up and down during and after ice ages in the recent past. Mass redistribution of water from the melting ice at the poles into the rising oceans has much to do with our current geologic upheavals. The entire area of space around us will still be expanding away from the universal center of mass when the first objects vectoring past us towards the center of mass become visible in the night sky. Objects from the outer limits of the universe become the first to vector towards the center of mass. Their expansion rate into free-space is not altered by their vectoring back to the universal center of mass but the newtons from that mass will eventually accelerate them to light speed and turn mass and everything with it into photons. The photons from such great masses collect at first into a swarm cloud and then glob-like mass reeling and distorting from incoming photon impacts. Becoming larger and more massive as more photons collect, this growing mass stabilizes over scaling the distortions of the impacts that once caused it to reel and are now only pock marks. The time-space inside the universal center of mass holds compressed space-time that redirects the expanding mass at the outer edge first. If you display free-space in 0.1 light year square cubes, picture cubes that are normal and square on your right side and compressed and distorted cubes on your left. Due to the space-time compression, there are more cubes on your left. If you are vectoring into space, the effect is like having a short leg. As the newtons from the universal center of mass accelerate material or objects, they gain tremendously significant mass as they approach the speed of light. All that mass enfolds space and when it reaches light speed, even a black hole will simply become light. Light has mass and enfolds space. Photons from the mass of everything inside whole galaxies and their black holes fire into the universal center of mass from all points. The collective mass of those photons becomes so great; they collect into something never seen in this universe. They gather into an object that I call a white hole comprised simply of an astronomical number of photons and all the space that they enfold. The white hole will grow, impacted with photons from every direction. On their way into the universal center of mass, black holes and their galaxies attain light speed delivering massive invisible photonic punches to the white hole. Huge distortions and deformations of the shape and surface are manifest in the growing white hole by the affecting photons. With the viscosity of a liquid blob stretching, recoiling and reeling from photonic bombardment, the white hole leaks some photons and is visible. Fish in a school or birds in a flock respond as one moving while changing direction altering their group into unusual shapes. Pockmarks appear on the surface indented by the impact of photons. Some point during the photonic bombardment, the white hole will become massive enough to stabilize against the bombardment. Perhaps, the photons wrap into a ball like short pieces of ribbon if not string. Photons in the white hole should be undergoing dimensional alterations similar to the spaghetti effect believed encountered while entering a black hole. The photons might be undergoing a stretching of length, narrowing of width and vertical bending over towards horizontal. Within the white hole, photons organize and shrink relatively smaller and smaller until it will have condensed completely out of free-space. A photon is comprised of three parts: Black, White and Clear. Clear is orbited by opposite but identical particles that are much smaller. Black and White are the names for the small pair of equal but opposite particles orbiting the much larger particle I have named Clear. All three occur in normal common matter but, not together. When they do get together, the three particles form a very stable unit called a photon. Black and White move front to back on orbits perpendicular to each other around Clear. The two particles keep their timeless pace in unison. One particle is receding behind the midpoint precisely as the other is moving forward past the midpoint around Clear. The rotational rate of the matter-antimatter particle pair around Clear is both the frequency and wavelength of the photon. The wave is three-dimensional having high voltage/low current, null and high current/low voltage points arising from the relationships of Black and White with Clear. To find the Clear particle in normal matter, look inside a proton or neutron. Follow the positron or electron hooked to the neutrino. The Clear particle is holding the leptons together by connecting with two neutrinos and their positron or electron. Induction is the function. If a two TeV electron moving at 99.997% of the speed of light is heading directly at a nucleus of an atom, a photonic discharge will emanate forward out of the electron and outpace the impending impact racing ahead into the target nucleus. That photon resides there for a while and becomes the added repulsive force needed to divert the incoming electron. This is where oscillations try the metal of protons. After the threat has been repulsed, we notice electrons that were circling the nucleus have made a quantum leap or perhaps several if the electron(s) have completely detached. Encircling the nucleus, electrons squeeze the photon out. With quantum saturation, the release of a great number of photons occurs when just one more like the last straw was for the camel is too much and a massive release of photons occurs. The particle also passes the oscillations or frequency from one attached positron through the neutrino-Clear-neutrino path to the other positron. Perhaps there are pseudo-protons not entirely up to universal standards because they are missing some component needing better attachment coming from a higher power level needed for complete connection. Perhaps one positron forced in with a neutrino and connected incompletely to either the neutrino or Clear. Shook hard by induced oscillations from its companion positron, the force is enough to vigorously knock it off. These pseudo-protons might appear complete in every way but they are not completely stable and can shake apart. Stephen Hawking sees proton decay and he may well see the reason for it but he may also well know how people are. If our race finds out how to disintegrate and untie protons, the threat of malevolent aliens or a black hole forming at CERN would be of little matter. Operating normally, the sun outputs into space one neutrino stuck together with one Clear particle. Our sun does not produce the Clear lepton with two neutrinos attached in rabbit ear fashion. Some species of neutrino already has the name for this configuration of one neutrino connected to one Clear particle. My insight leads me to think of the Clear particle being round and the neutrino looking like an elongated equilateral parallelogram or a long diamond. Clear may be bipolar or dipolar with the two neutrinos perhaps sixty or as much as ninety degrees apart like rabbit ears each holding onto their positron or one attached to an electron. Every proton has the positron-neutrino-Clear-neutrino-positron configuration inside. Neutron construction holds one electron in the place of one positron. This particle might help explain why a nucleus of an atom holds together. Ponder what name to call this new ghost lepton and how to find that ghost. Addendums These edifications are supplemental to insights already provided in “The Expanding Journey into Light”. This addendum to “The Expanding Journey into White Hole and Back“ with a galaxy-centric black hole and a true white hole seemed simple ideas in my head. Some may persist I already used too many words expressing some wonders I see. I give to you these letters as freely as I received my insights and harbor no intentions to either publish a paper or write a book. Not to obtain monetary gain for myself but I have written this pearl for us when ideas from the past came together. Pulling relative words together requires strong editorial skills. As writing progresses, there are a few things remembered but not mentioned. For the multi-verse enthusiast, time is three dimensional like space and defines the forth, fifth and sixth dimensions with co-ordinates like space. Not mentioned earlier is how and when the biggest lightning bolts in the galaxy manifested: Poles sub-duct into the core of a quasar, sit above, and do not vector around the gravity well. Core collapse immediately pulls polar mass from the almost stationary rotational center down onto the black hole. After the black hole forms and the Polar Regions collapse, a triple lightning round headed off by a blue-white positron leader proceeding from the black hole thirty to forty percent of the gap toward the torus followed shortly by the reply of a galactic record lightning bolt. Initiating from a massive flow like rivers of lightning bolts spread across 30 degrees of the torus interior, this great delta of lightning flows into one great bolt and in doing so gives too many electrons and the black hole fires back one last major bolt comfortably balancing the electrical potential between the hyper-dense torus and the black hole. Gamma burst events are the photonic energy released from hyper-dense uranium nuclei packed so dense that they do not move kinetically from the heat inside the core of the quasar. Induction pumps photons into the uranium nuclei and builds internal pulses. Potential energy from the stored photons sets up a sympathetic electrostatic field emission in a neighborhood of nuclei. The nuclei induce a positron-based signal like a spiral leader. Photon charged uranium nuclei collect and pack with increased density approaching the upper limit for hyper-density into wedges proceeding from the high current nodes. Only if the nuclei have a high-energy supply of internal photons will they pack into the wedge loading in towards the tip. A black tendril connects the wedge tip to the curving black growing array perpendicular to the signal where the array initiates and is inductively coupled by the black structure to a high current node. The wedges are stacked into an increasingly longer and heightening arrangement perpendicular to and proceeding clockwise from the node. Repression of kinetic agitation is due to density and extreme pressure at the center of the hyper-dense core. Energy builds in the uranium nuclei already pulsing internally with photons. The photons loaded in the nuclei increase from heat but the nuclei do not fly around. Charged with photons to a level where local nuclei charges act together and begin to emit a signal upward to the immense electron potential above the core. A black helical signal spirals up from center at the base of each hyper-dense columnar crystal seed, a black positron signal grows in size and strength with both voltage and current nodes developing power induced by the photon packed nuclei in high temperature-high pressure metallic crystal. Slowly strengthening with the first nuclei drawn into the first wedges, the signal strength builds as greater numbers of photon charged nuclei relocate to each wedge. Slowly, the gamma signal strengthens with the first migrations of nuclei into the first wedges; strength builds as greater numbers of photon charged nuclei yield power through induction to the signal each high current node. Charged near the quantum saturation level with photons, nuclei drawn into the large slightly curved back of a wedge need the photons from their heat energy to enter and pack into the tip. That tip of the wedge becomes a filament connected to similar structure inverted around the gamma wave it feeds. The packed wedge is white with photon energy. A black filament connected to the tip pulls the filled wedge into the opening of a wall rack array. This rack wall forms on the left where the opening of structure is. The great heat at the center of the quasar is stored in the hyper-dense uranium core under great pressure in the uranium nuclei as photonic energy. Signal strength builds as photon charged nuclei accumulate into wedges. A black tendril connects each wedge to the array. Full wedges pull into an opening just to the right side of the internally growing left end inside the array. This array is inductively connected perpendicular to the high current node. The spaced wedges align horizontally into spaced columns and the number of layers high increases as more and more wedges are loaded building a wall that forms from the left at the opening where the wedges enter. This wall heads to the right and curves around into the node to the left. Quasars act like a big atom in that electrons abide on the outside and nuclei on the inside. Positron powered upward directed black spiral signal receives the induced electron powered white spiral signal reply from the electrons above the core and combine to form a standing wave in each ultra-dense crystal seed. The wedges in the spiral node chamber distort relative space and begin the spatial compression. Each wedge may have 1,500,000 uranium nuclei wedged in together with 1,200,000,000 wedges wrapped around each node. Hyper-dense uranium nuclei pulse internally with photonic energy being almost quantum saturated with photons. The nuclei immobilized under great pressure do not manifest normal random kinetic motion while being agitated by the heat. Hyper-dense uranium nuclei inductively pumped with photons are densely packed. The wedges are white with photonic energy. Just before the black hole compacts, the black signal induces and receives the reply from the white signal and forms a standing wave. That standing wave initiates the quantum leap backward collapse of the uranium core black hole. In an exothermic reaction, the standing wave releases the stored photonic energy as a massive gamma burst and the core takes a quantum leap backward and becomes a black hole. Empowered by abundant electrons above the core, the induced white signal reply to the black signal from the core releases the gamma burst emission. Photonic charges that saturated the uranium nuclei are exhausted, wedges and induction arrays disintegrate. The nuclei disperse much closer together than before but without internal lights pulsing from photon quantum over saturation. ?? Oct. 09th, 2011 UPDATE for:September 29th, 2011 New enty on clear particle with timespace enfolded by black and white, anti-matter, matter pair that vector around clear. Photons from the mass of the universe accelerated to light speed pack together and then do something never seen since the end of the previous universe. The perpendicular orbits of the black and white particles compress into one plane and negate each other electromagnetically. A universe converted to photons compressed into two-dimensional waveform without voltage or current nodes as no current and voltage is possible as the anti-matter/matter pair orbit one hundred and eighty degrees apart around the "clear" central particle. Photons compress in the center of the photon swarm that has gathered into a spinning sphere, collapsing in the middle and with some extra 3-D space, is pulled into a whitehole. Decending from the ceiling as a chandellier might spin as it is lowered into a ball room. Squeezed into a two dimensional sheet containing the mass and with it the space-time that were together in our three dimensional reality when the photons became condensed the two dimensional mass is truely, relatively three-dimensional on the inside. Depth in our three dimensional space-time is not apparent from outside but if you penetrate the flat membrane, depth would turn to the right and down in circular appearance outside and globs of photons as spheres in space inside. The height and width of the rectangular sheet suspended in the middle from the ceiling and pulled down by a spacetime distortion created by the universe almost not being 3-D comprised of compacted time-space and photons from the mass of our three dimensional universe give the appearace of an IMAX screen made of shearest see thru, dark smokey silk with wide rings of golden white revolve counter-clockwise (clockwise on the other side). Photons from the mass of the universe accelerated to light speed compacted together with time-space loose their three-dimensionality and normal electromagnetic properties. Two-dimensional photons do little while waiting to unpack the black and white particles from being 180 degrees apart yet on the same orbital plane as each other around the "clear" particle in the orbital center. Separation of the black and white particles orbits around clear springs the highly compacted universe back and the two dimensional sheet begins to curl and roll together as the black and white particles in the photons begin their journey back to perpendicular. When the black and white particles orbits diverge, they are not two-dimensional anymore and emerge back into three-dimensional space-time. It may be difficult to see the "clear" particle as it is the only one of the three moving exactly at light speed constantly. The black and white particles move faster and slower as they orbit relative to "clear" whose V = c. Black and white can only do this faster than light relative to our timespace. The two particles are observed to remain equidistantly apart based on a simple formula: distance separating the black and white, anti-matter and matter quantum twin pair of photon particles equals wavelength divided by pi. My best news came this summer when I saw what appeared as a whole galaxy of stars and realized there were no dark areas and what I saw is greater than what I expected. EM properties are shifted towards magnetism and away from voltage and current nodes on waveform of compressed spacetime photons. There, a white sphere (another quantum; and more inside) at the hub of this galaxy of magnetically sticky photons connected in galactic arm like structures that can move, shifting rapidly in response to forces in this, the uppemost quantum level. I was reminded that the search for the "God" particle is on and my "God" particle is full of stars. ??