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Hey guys Today I witnessed something that shocked me. I am baffled, stunned, confused. I need help to figure out what the hell I actually saw. My theory is that this is a new species. An alien? I dont know. Though one thing is sure, it was not a homo sapiens. Here's what it was: It looked exactly like a human being, but then all of a sudden it proved that it wasnt one. It took a completely normal banana, and then PEELED OUT THE ENTIRE FRUIT BEFORE IT STARTED EATING. I mean... what the hell?? The banana peel was then thrown away, and it was holding the entire naked banana in its normal looking hands, while eating it. Can anyone please explain what I have witnessed today? Any attempt on explaining this will be deeply appreciated. Also, friends, if you have other experiences of potentially new species/aliens, please share them in this forum, as that will calm me down. Cheers, Moon.

We start at the moment of our Big Bang. Time = 0. Just a moment before, the only thing here is Zu. Zu is full of non-vibrating Time, (unused time), just the amount to produce the first particle (Eu) and start time. Now at the center of Zu is Eu, the first particle in three dimensions. Zu is a zero dimensional universe and Eu is our entire universe. Anything built from 3 tiedoms is a particle, it is like space and has a volume. The smallest volume particle is Sm, supermass, about 10**-252 m**3. Eu is about 10**40 times bigger and has that many Sm particles in it. We have just looked at Eu as if being in Zu. Just the opposite is true if we are in Eu and looking at Zu. Zu is a speck in our space and is everywhere. Zu and Eu are two different universe frames and the translation from one to the other is: D/h = 1/n, everywhere, all the time. This then is an approximation; it assumes the universes are continuous. One of the reasons this is hard to understand is that for there to be a distance, one must also have time pass. We are looking as if time has stopped. Now T = 10**-84 seconds, later, there are 3 particles in Zu, Eu less a little energy and the two supermass particles. These two are sitting on either side of Eu and in Zu and "came out" of Eu at the very end of the E tiedom. One on each side. In Zu the 3 particles are sitting as close as can be. Each tick of time, two more Sms will appear, very close to Eu and the first 2 Sms, but just a little further away from Eu and rotated, as Eu has less energy each tick. If we look at these events from Our universe's point of view, things are much different. The translation is of the form R = 1/r. So the closer things are in Zu the further apart they are in our universe. At this time our universe has only Eu sitting right in the middle and the 2nd and 3rd particles on either side. But the distance that we would see is 50 billion light years between each of the 3 particles, all in a straight line. There is NOTHING else. No space anywhere. No movement of the 3 particles relative to each other. No gravity, no temperature, no space. The three were "placed" in Zu. They are placed in our universe. The 4th and 5th particles are each very close to either the 2nd or 3rd. These particles will occur 10**40 times for the next 10**40 ticks of time. That ends at T = 10**-44 secs. To understand “placed”, the mass of Eu came from Zu as unused energy. There is no momentum, no movement of mass. The same is true for all the Sm particles. As Eu decays, one of the tiedoms changes length and all rotate very little, but the E tiedom ends stay in ½ of a sphere. It increases as the energy decreases. Thus, the placement of the two Sm particles in Zu increases which is a decrease in what will be our universe. There is no movement of mass in our universe. Inflation was a translation between Zu and our universe. The reasons the galaxies are not moving much then or now are: One; They were placed there as they were placed in Zu. There is no relative movement, no momentum at all. Two; There is no gravity, no gravitons yet. Three; The center of any galaxy is at rest with the center of mass of that galaxy, thus no movement. Four; The resulting vector force on any center of mass of the galaxy is nearly zero as there is about equal masses in all directions. Five; The amount of mass of any galaxy is so large that galaxies do not move much. The Bullet Cluster is rare. The universe is not expanding. Six; The redshift we see which seems to increase with distance from us does occur. It is not from the center of galaxies moving apart. It is from real photons aging. The function of distance and age are linear. Those photons are redshifted because the photon uses energy to tick, to move from space block to space block. Because real photons are all the wrong frequency to move thru space compared to all other virtual particles, they lose a lot more energy in comparison to other particles and that is what we see as redshift. If one draw a line between all even particles and also all odd numbered particles, these lines will lie on the surface of half a football, then on the surface of a second half football on the inside of the first and so on and on. One line is in one half and the other in the other half. In fact, this line is the high density matter in our universe and can be seen now. Here are things that are different from most theories of the Big Bang. 1. Inflations is over, no laws of physics were broken. No space doubled, nothing moved faster than light. The time is T= 10**-44 sec. The "matter", supermass is evenly distributed over the entire volume of universe, about 100 BLY between edges. The biggest piece is about 10**40 times smaller than Eu. 2. The matter, antimatter are in the 2 different halves of the universe. there was NEVER any interaction between the two. The two halves are exactly equal in size. 3. The universe sits in Zu. Outside the universe is a void, ie Zu. The middle is the same void. 4. The highest mass density will be along the line drawn between Sm particles and should be visible now. 5. There is NO motion of particles relative to each other. They were ALL placed in Zu with no motion. 6. There are no forces as we know them yet, no gravity, no photons, no gluons. There still is no space, no temperature and there will not be any force of gravity between Sms for another 100,000 years Each Sm particle will break down into the unit mass and that will then break down into the space particles. Particles can NOT move from one place to another until there is space enough for them to move thru. To get space from one Sm particle to the next will take about 100,000 years. 7. The temperature is much lower than thought in most theories. The Sm particle was only 10**-40 of the mass at the start of the BB. 8. Space keeps growing, larger and larger, first from the decay of the unit mass to the space particle until later when space is produced in a star. Today space has filled the volume of the universe and is how greater and slowly moving into the voids on the outside of our universe and into the middle. How, why and which particles will create a new particle as their time cycle start ? A tiedom may be considered to be in one of two states, either the point in common is an end point, (zero configuration) or the common point is somewhere else, (nonzero configuration). ALL these nonzero configurations are the property of charge or color. The difference occurs at the start of the time cycle. For the end point condition the time pulse moves down the original tiedom from the end point. Since time and distance are the same thing, just two different properties, the tiedom’s length is regenerated, new length, new time. For the nonzero configuration, the time pulse moves down the length generating a new time cycle, but it also starts in the opposite direction, thus two pulses. That length is already being generated by the first pulse, so the second pulse moves off at right angles right into Zu. This is how ALL tiedoms are generated. The time and length are one thing and we now have the start of a new tiedom in Zu. That only stops when we have three tiedoms and a new particle. This new tiedom is the first in the new particle and is the controlling factor. The first tiedom is the lead tiedom in all time changes. It will determine the properties of the particle and the direction the particle will move in space. For fermions this is the H tiedom with 4 different states and 4 different particles. The other two tiedoms states are determined by this H tiedom. The most difficult problem in all of elementary physics is how the electron stays in orbit around a proton. Why, because we have a particle, then a system of particles, the proton, then the next bigger system, a system of a particle and a system of particles, the proton. We are using the fact that neither time nor distance are continuous. So, let’s start with how a photon is created when an electron is captured into orbit, either from outside the system or an electron already in orbit that is changing to a low energy orbit. There is only one photon created and it contains the total energy between the initial energy and the finial energy in the new orbit. This happens all at “once”. That means that it is the finial orbit that decides the exact energy and not until the electron is completely in that orbit. Let’s use the case where the electron is outside the proton system, the energy chain for bosons is of length R*L. Thus, for a proton the 3 charge quarks are producing charged bosons in 6 direction on a plane. Each charged bosons then interacts with itself producing 3 more charged bosons in the form of the edges of a cube. These then interact with them selves and soon the entire space around the proton is full of energy chains in the form of a cube. This is the umbrella or blanket effect. It is 3D, not 2D. So as the electron approaches it will interact with a chain sooner or later. The electron’s normal speed is to stay in a spock some 100 ticks. The momentum of the electron may divided into 2 parts. That part that is needed to be in orbit and the part in excess. The excess part is given up by creating additional charged bosons systems. These continue to interact with themselves and nothing new happens. The process continuous until the electrons momentum ONLY agrees with that needed to be in orbit. At that time the entire excess energy is converted into a photon with exactly the excess energy and the electron is in orbit. This happens as the electron moves to the next spock and the existing spock creates the photon from the energy that was in excess and is now in the original spock. A tiedom is energy. The excess energy is in the 3 L tiedoms of the spock. When time changes for these tiedoms the excess energy is in the initial new L tiedom of the photon and that creates the other 2 H tiedoms and we have a photon moving in the direction of the L tiedom. Only spocks can create a photon. The mirror is a 2nd example. The photon interacts with a particle in the mirror. Again the energy is divided into 2 parts, that parallel to the surface and that into the mirror. This second energy moves a particle in the mirror and that particle increases its potential energy. The particle then returns to its original state and the spock now has the parallel part and an equal but opposite part to create a new photon that we see.

Tiedoms. As defined here, a preon builds particles, preons are NOT a particle. A Tiedom is a preon, a one dimension discrete LENGTH and TIME, not two different things, one thing, a Tiedom. Neither exist without the other and both only in this form. The length can’t be subdivided. There is no half length unit, there is no half time unit. If you are at some "point" on the length, you are at all the points on the length and time isn’t changing. The length and time are Planck's length and Planck's time. This Tiedom is the L unit. Everything in this universe is built from these Tiedoms and only Tiedoms. Thus Tiedoms in different forms are time, energy, mass, momentum, particles and even think, as you do. Everything means the only thing. Tiedoms built elementary particles, then elementary particles build systems of particles and we are at a proton and neutron and bigger, a factor of R (10**20) in length. The physics changes greatly between elementary particles and systems of particles. The next level of a particle and a system is the atom and again equally more complicated than the proton. Tiedoms have these properties. Tiedoms only exist in a state of three. That is why we are in a 3 dimensional universe. They have one "point" in common, the reason for both is that Time must start, or change values. To do this, 3 Tiedoms are needed. Time is used up to start time each tick of a Tiedom. This is a very small amount, about 1/R**3 (10**-60) of the amount of time changed. The time used in the change of time starts "down" the Tiedom towards the other end, then moves at right angles having started the time change. At right angles can be any perpendicular direction. There must now be a Tiedom there, and again starts time in that Tiedom moving one unit down its length and then at right angles. And third, there must again be a Tiedom there where again it moves one unit starting the third Tiedom and then moving at right angles. This new "place" is the start of the first motion of time and can only happen with at least 3 dimensions and be a minimum energy. Just as important is the fact that the 3 Tiedoms are not starting at the same moment, but in order. 1,2,3. This holds the Tiedoms together and as a unit of 3. It also explains that the 3 Tiedoms are either a right handed (1,2,3) or left handed (1,3,2) system. The difference is that the particle is either matter or antimatter for every elementary particle. To summarize, (1) Tiedoms are discrete length and time. You can not subdivide either, nor have one without the other. (2) They are always in groups of three and each group is a particle. Only particles exist in nature. (3) They have one "point" in common. (4) They are either matter or antimatter as they are either right or left handed systems. (5) They use up time on each tick and they tick at their own rate, or a single particle has three different times. Next; we need to know that there are 3 different lengths and times for Tiedoms, L for low frequency, H for high and E for extreme. The ratios in the lengths are a factor of R in each case. The factor in the ratios of time is also R, so that the ratio of length to time is C in all three cases. The difference between L in length and the width of the proton is also R. There are 10 tables of particles, (LLL) thru (EEE). Three of these tables exist but are very unstable and particles only existed for about 10**-35 of a second at the time of our BB. We will not deal with these; (LLE), (LHE). (LEE) now. These are tables with both an L and E Tiedom. The table (LLH) is the Fermion table, and (LHH) the Boson. The table (LLL) are space particles, Spocks. The table (HHH) contains the unit mass, Mu; (EEE) contains supermass, Sm; and (HHE) the first particle, Eu at the time of the BB. (HEE) is the unit force, all other forces are a fixed number of these combined. We start with the properties of charge and color. Our charge is different than we think of charge now. We think of the electromagnetic force now. The electro and magnetic forces are two different forces. But the magnet force is always caused by two bosons (magons) being emitted at the same time any charon is emitted. These two magons are at right angles and in opposite directions. We can’t tell the difference between this and what we think is happening in an electromagnetic particle. The results always look like the electromagnetic force. The charge property comes from the Tiedom being shifted 180 degrees. That is the one point in common is at the middle of a Tiedom rather than at the end. This is true for both L and H Tiedoms. Any Tiedom shifted will contribute 1/3 charge to any particle with a 180 degree shifted Tiedom. The H may be shifted by multiple 45%s also and have the property of color (3). Remember a shift of 180 degrees or greater changes the particle from right handed to left or to anti matter. Tiedoms are independent of each other, and any or all may be shifted with respect to the other two. Each Tiedom has a mass state, determined by the starting point of all three Tiedoms. Every particle has three mass states, a zero mass is an acceptable state. So that the amount of mass is determined by the mass in the previous state as we change from one state to the next. To summarize. (6) There are 3 different frequencies for Tiedoms, L,H and E. We only see the E Tiedom at the time of the BB. (7) Every particle has 3 Tiedoms so these can be arranged in 10 different configurations or 10 tables of particles. (8) The property of charge or color is a shift of the Tiedom with respect to the starting point. L only shifts to the midpoint or charge and that now is an antiparticle. H can shift multiple 45 degrees for color and has 3 colors, at 180 or more it shifts to anti particle, (180 is charge only). (9) There are always three mass states for each basic particle, one or more may be zero and these states depend on the shifts of the 3 Tiedoms. Here are the 12 states for Fermions. Let the notations for the shifts be 0 if no shift, 2 if a half shift for charge, 1 if the shift is 45,90 or 135 degrees for the three colors and 3 if both charge and one of the colors, these last two apply only to H. The allowed particles are (000) meaning the (LLH) is; first L not shifted, 2nd the same and the H is non shifted either. Next are (001), (002), and (003) for the three other H conditions. Also (020), (021), (022) and (023) if the 2nd L is charged shifted. and last we have (220), (221), (222) and (223). Thus there are 12 possible lowest energy, mass independent state particles. We know that there are only 4 in the standard model; Neutrino, Electron and two Quarks, one each with plus and minus charge. All 4 have three different mass states for 12 all together. The neutrino is the state (000), the electron is (222), and the two quarks are (221) plus and (003) negative. The charge in three (3) cases causes a right left handed condition twice for (221) and three times for the (222) and one for (003), thus one quark is plus and the other negative. 8 of the 12 are ruled out because the H preon needs more time to start a system if the common point is not the end point since Time must start in two directions. This creates a second particle. The H tiedom rules out Bosons for the same reason. For the space particles the states are (000), (002), (022) and (222). None of these are ruled out. Therefore, there are 4 Spocks each with 3 mass states, or 12 space particles. We only see one with no mass, the (000). We will find the other 11, all with mass, (very much) in the center of a galaxy. They cause the Fermi Bubble and form a stable system because the force of gravity is balanced by the electro charge produced by these particles. The rule for which states exist and why is not clear. But we need at least 2 states for the (LLL). The Bosons have 20 states; (LHH) has two possible values for L and 10 for the two HHs. The Standard Model is not correct with respect to bosons. The 4 (LLH) states all have a different value for H, namely 0,1,2,3. The bosons never have 2 color shifted Hs. This is because the H preon requires more time to start if the H preon starts at any place other than the end. Knowing the exact bosons would really help. But I will go with this theory before anything else, so here they are. The ones that exist are; (000) the real photon, (001) gluon, (002) the spon, (222) virtual charge photon, (022) virtual magnetic photon, these will now be called the charon and magon. The state (HHH), (000) is the unit mass, (Mu) exactly the mass of the neutrino. (EEE) supermass (Sm), (HHE) first particle (Eu), and (HEE) unit force (Fu) and currently thought of as the graviton. Let us start at the Big Bang and see these last particles. All particles are built from three Tiedoms. All Tiedoms have common properties, therefore all particles have these common properties. For the L Tiedom some of these are: 1) They are the lowest frequency, that is time has the largest change in value from one tick to the next. 2) There are always three Tiedoms to every particle. 3) They all are at right angles to each other. 4) They have one point in common always. 5) An L Tiedom is always aligned in the direction of motion first. 6) All Tiedoms may carry mass, thus there are always exactly three mass states for any particle. At least one state, normally the most stable may be massless. Tiedoms are a function of time and distance, that is momentum, momentum moving over a distance, that is when time changes, is energy, then a Tiedom is energy. Zu and our universe are TWO different universes. A spock does not sit in Zu, no particle does. The energy is unused time in Zu and as used time in our universe. There is a change of mode, not a movement of energy. There are 10**105 spocks per cubic meter. Space and the concept of a mathematical volume are two different things. A volume may have from none, no space to at least 10 times more space than volume. Multiple spocks may overlap in space. In our universe, vibrating time, we only "see" the spocks. There is no distance between spocks. An example to help understand this is a photon moving thru space. The photon moves from spock to spock each and every time cycle of the L Tiedom. The distance traveled is the length of the Tiedom and the time necessary is one tick. That velocity is exactly C and this is why the value is C and everywhere C. The value is C if there is only one spock per cubic meter or 10 time 10**105 spocks per cubic meter. This difference in the density of spocks or space per unit volume is how space expands or contracts. Normally space is about 50% of the volume. The bosons called a "spon" is the "force" necessary for the movement of spocks in Zu. (see LHH). Spocks are created from the decay of mass. This occurs within a star and in general causes space to move out and away from a star in all directions rather evenly. Space, a spock does have two special properties. One, but still in common with all other particles is an interaction between any two particles. All particles have a life cycle. If they do not interact with another particle within their life cycle their energy returns to Zu. This is the same action as borrow energy. The reason the spock is so involved is that it is the only particle around most of the time for most of the interactions. Even two spocks must interact in this way. That is done by the "spon" boson. The second property is called an energy chain. A particle never sees the future, it only knows now and the past, whatever just happened. In the case of the spock, since all three Tiedoms are L, the past is a long time for particles and given that most of the time just two spocks are interacting they are extremely well in sync. A virtual particle passing thru space will leave every spock it passes thru in prefect timing such that a chain some R (10**20) spocks long is in complete sync. This is an energy chain. Real photons will not do this. Let us start with the movement of mass in a spock. Mass, like any other particle is a particle. The spock is R times larger in volume than a fermion, fermions are R times larger than boson and bosons are R times larger than the unit mass. R**3 (10**60) unit masses fit into a single spock, never more. For the unit mass to pass thru one spock it must pass thru every possible location in the spock. The spon is responsible for the movement of particles, including the unit mass from spock to spock and all move on the same and only one tick. Therefore, the minimum velocity a unit mass may have is one change of position in every tick of the spock, or the L Tiedom. If the mass does not move, and the two particles do not interact with still another particle, both will return to Zu. Since the number of movements is an integer, the change in velocity is one unit of momentum. The masses only change momentum by this unit. All forces are from, a form of a single unit forces.

We start with DEFINITIONS. Nothing; nothing is exactly that, nothing; no time, no distance, no space, no rate of change, no quantum flux, no probability, no negative energy, no anything. Nothing may be a point or infinite, but not a space because we would have jumped right over 1 and 2 dimensional nothings. Nothing can’t create anything. If nothing exists, nothing can’t then not exist. Nothing cannot change with respect to anything. time; (small t), a one-dimensional parameter used in math and physics that extends to infinity and beyond in both directions. time is continuous. Its value is determined by the difference between two time events. It has no rates of change with respect to any other variable. No rate of change of the rates and its rate is 1 with respect to itself at all times. It is not a particle and has no energy. time can’t have started or stopped or it would not be continuous at that point or the next. All other variables have 1st, 2nd, 3rd, etc. rates of change with respect to time. Point; points are considered to be continuous. Points may be different from each other or may be the same. Points in 0,1,2,3 or 4 dimensional space are all different. There are no points next to the one in a 0 dimensional space. And only two next to any in a 1 dimensional space. In a cube, we may add any number of line segments or planes, each full of points (1D, 2D), and the cube is still empty. But we can’t add one more 3 dimensional point. We may pour an infinite number of points into a cube and they all end up at the same point (all 3D). For points to fill the cube they NEED a line segment. That segment is the distance between any one point and any reference point. Without the 3 dimensional line segment with each point, we can’t fill the space. So points in any space, except zero, do not exist without a line segment. BOTH are needed. Space; space is undefined. It may be finite, infinite, here before timed started, start from nothing, curved, able to double, move matter or not, create matter with negative energy, limit speeds, full of universes, even multiple spaces, etc. etc. Space is completely undefined. These are not my definitions for nothing, time, point or space. They are what I assume other people will understand if I use these words. You may change them any way you like. I assume the first three "things" do not exist, and space has NO listed properties from above. Now my definitions. We will use a general rule to help us stay on track as we start. Nature is simple. If we must make a choice between options, we will choose the simplest and continue. Since I assume; nothing, time and points do not exist and space is a question, as defined above, what does exist ? If these “things” have a property in common, that property must be wrong. One property is that they are all continuous. If length and time are not continuous, then all the math in the physics one now knows is wrong, some good approximations, but wrong. If nothing does not exist, what can the next "bigger" thing to nothing be ? Assume nothing can accumulate something; Time, which is not changing or unused Time. A nothing which can accumulate unused Time, the Time isn’t changing and the amount of that accumulation is zero, is pretty close to nothing. TIME(T) is only passing in terms of small t (time). We will call this nothing a Zero dimensional degree of freedom universe or Zu. A zero degree of freedom universe does not mean there is not a length, it means there are not lengths. Zu has a length, a discrete, single length and all points on that length are the same point. One cannot have time without length, neither exist without the other. Zu is a place where unused Time accumulations and keeps getting bigger and bigger. In terms of places we already know, think of it as the place where borrow energy comes from and returns to and is always here. So TIME (T) is discrete. Here are two examples to help understand discrete Time. One: consider a movie. Here each frame has stopped time. Nothing is in motion, yet the movie seems real. If we use a high speed camera, we can study things we would never see without one. Now think of a super high speed camera. Let each frame capture a photon. The photon is moving Planck’s length, 1.6x10**-35 m between each frame. The time between frames is Planck’s time, 5.4x10**-44 s. This is nature, this is how Time ticks and photons move when the photon stands still in each frame. If we could take frames 10 times faster, the photon will not move for 9 of them and then "jump" to the next frame. This is why C exist and is the value, C. C is not a maximum velocity; it is for real photons only. Two: assume time is continuous. Construct a small unit of time, a tenth of a nanosecond, (10**-10 sec.). Now fill the universe with zeros and place all behind the zero in the exponent. This is a "FLICK". What must happen in a flick ? Every particle must move "properly". To do that each particle must be paired with all others in the universe and each must "fit" all the laws of nature. That is a very little amount of time to do that and it must be done very many times per second in a flick. One may say nature does that. Take all the zeros in the exponent and copy them in place of the zero in the base, this is a "small flick". Now nature must figure out how each pair moves again, and if there are multiverses, how all those pairs move too. All that in LESS TIME AND MORE TIMES PER SECOND. One may still say nature can do that. Next step, double all the zeros. Inflation doubles space 100 times, we are only doubling zeros, much easier. Double 100 times, that is a "VERY SMALL FLICK”. The problem is much worse, and we haven't even started doubling zeros. If one assumes nature does not use time to figure out how a particle moves then one would know the outcome of the Big Bang before it even started. The end result of this logic is that particles do not see into the future, they ONLY KNOW NOW. Bye, bye Quantum Mechanics. The second mode of Time is used Time, a Tiedom, a time degree of freedom. A Tiedom is a preon which builds elementary particles. All elementary particles are built from three Tiedoms and only Tiedoms, even mass and space, all exist within Zu. Mass is a form of energy, energy is a form of time. A Tiedom is time, changing over a distance, momentum. Momentum is more fundamental than time or distance, one does not exist without the other. A Tiedom changing in time is energy. Think of time at point P=A and T=1, it then jumps, changes to P=B at T=2 and back again to P=A at T=3; this is a Tiedom. It is a Time cycle. The length (L) is the distance between A and B. The time passed is the difference between T=1 and 2 or 2 and 3. The Time did not move between A and B, and there are no values of Time between T=1 and 2 or 2 and 3. The length L is discrete, it is not subdivided. There are no values of x within L. The length is in 1 dimension and time is a property of that length. Nature is simple, Tiedoms are simple. A second look at a Tiedom: If a POINT does not exist, what is the next "bigger" thing that does exist. This will build the universe and everything in it. It is a preon, that which builds all elementary particles. Start with a point, in math, (x,y,z,t) as used in Special Relativity. However, we see that If two references are moving the value of time (t) is determined from the dimension in motion, which implies that if x, the property, t for y, z and x are not independent of each other. So the point we will start with is (x,y,z) with times (tx,ty and tz), or three independent times. This isn’t hard, as later one may assume the three are just one time. Now we need something "bigger". If the value of x in a point is a single value, then to be bigger we need x to be a line segment, (Lx) with its own time (Tx). This is a Tiedom, a time degree of freedom. The Tiedom is the line segment with its own time. Both the line segment and time are discrete, (L,T)x. For now, Planck's length and time. We CAN NOT have one without the other. We saw that points need a line segment. Time and Length are two different properties of the same thing, of a Tiedom, both are ALWAYS together. We need to start again at 3 different places. When Time first started, because we need to know what was here before any Big Bang (BB). When Time started at this BB, because it will help to understand first particles. And what are the properties of a Tiedom, because they build particles which then build systems of particles which we see. These 3 are related and thus necessary to each other, we will cover a little of each first. Hopefully ending with a follow up explanation later. Start with small t, time in both directions. At some time in the past there was no Time in Zu. There was a Zu. Now unused Time starts to accumulate. No Time is passing so this period of Time is zero, but not necessarily from t's point of view. And the amount of unused Time accumulated may be very different from the amount of time (t) that passes. On the far side of this start time; using t, only Time could have existed. This cycle of unused Time starting and ending with zero unused time could have repeated may times. But none of the cycles are infinite, because if one can’t get from here back an infinite time, then time from there CAN’T get here. There is a reason for Time starting, so that Time can stop. Remember if time is the only thing in this universe and you think, then time thinks. That's as much as I may say at this time about Time starting. We now have unused Time accumulating in Zu. The unused Time is one of two modes of Time, the other is used Time or vibrating Time, or Time that changes values. As unused Time accumulates, it reaches an amount which will change states to the other mode, used Time, or vibrating Time. This creates a particle from Zu. When all the accumulated Time changes modes, the unused accumulated amount is zero and the vibrating Time is now a particle in Zu. The first Big Bang was very small compared to ours. At some time later all the vibrating Time will stop vibrating and all that stopped Time is now unused Time in Zu again. It is still later, more unused Time is in Zu than at the time of the first Bang, because there is another period of unused Time accumulating. Some of the used Time was "lost" to make Time tick, but the total is more and we have a second bigger BB. The physics between the two Bangs is different. The reason is that we started with nothing, added the start of Time and the reason for doing that. If you have nothing, add Time, the only reason possibility is to stop time. To do that all vibrating Time must return as unused Time and in Zu. However that does not stop Time, it only keeps it from changing. To have no Time you need to use up both modes of Time completely. Since the first BB did not do this, the laws of physics change. The evolution of the laws is like any evolution. The laws optimize over some parameter, in this case, either or both R and C. The optimization is to have ALL amounts of Time used up at the same moment. Thus, we would see a universe that keep going longer and longer as we have BB after BB, each lasting longer. The reason for that is that as Time vibrates it uses itself up. That Time is not conserved, it's gone. Real Photons are a clear and easy example of this. Photons use up energy as their time passes, this is seen by their redshift. The Time in our universe is all from previous unused time that accumulated. All the time our universe existed, the current Time was accumulating in Zu. Thus, the particles must use more time than is accumulating for all of it to be used up at one moment. Now let’s jump to Tiedoms and start physics.

An intense battle ! (I apologize if I did/did not put you into this photo)

Hey everyone! This forum thread is for game analysis and game showoff. We have several really strong members already, a lot will follow, so you can just post your games for tips or show your greatest wins here. Take care! T. -The Universe-

Hey friends! Vote chess matches are a great way to communicate with other chess players and exchange thoughts and knowledge. Soon we start several vote chess matches for this group. Make sure to join them. A great tool to communicate with other group members and which most do not know is the group chat. You can check it out here: https://www.chess.com/groups/chat/the-universe Take care! T. -The Universe-

Hey guys :) I played a game that I'm very happy with and I want to share it with you. Feel free to criticise my moves.

Lets collect some ideas what we gonna do in this epicly awesome group?