I’ve found a new example of an endobar, the inner bridge of a bulb. The example was found in a droplet of water within a cotton candy. I’ve added the example to the page about the inner bridges. You can click on the image at the left to jump to that page.
The cappellon is now called the capillion
The revotron is now called the revodome
The gown is now called the exoduct
The Huygens belt is now called the hyperbelt
The solacone is now called the hyperkone (pronounced ‘hypercone’)
The corona pole is now called the amplipole
I’ve also added an explanation to each vortex type about the origin of the name, the reasons why those names were chosen. You can find the explanations along the pages where the vortex types are described. There you can also find the reason why I decided to discontinue the name ‘Huygens belt’, which was not an easy decision.
Balloons can reach very high altitudes, the highest of any form of non-rocket propelled transportation, but they’re not able to climb above a certain limit. By looking at how one or two particular types of vortices move, I was able to come up with a concept for a new method of air transportation, one that could possibly allow humans to reach altitudes beyond the maximum balloon altitude. Click on the image below and it will bring you to the correct page within the concepts section of this website.
I got a new idea for a space rocket nozzle design that could improve the efficiency of the launch system. The idea comes from the trail of light seen in Kazakhstan on 30th June 2010 and a similar phenomenon seen in Severodvinsk, 20th January 2011 and October 2nd 2015 at Cape Canaveral. I’ve added a new page titled ‘Building a Better Rocket‘ and I’ve added the page to the concept pages in the science section. Click on the image below to open the page.
I was thinking for some time about changing the name for the universal wave-field. Aether is a word that also refers to some other theories, which can be both classical or modern theories, that do not show that many similarities with the infinity theory. There are still many sources that use the same general meaning for the word aether as found in the infinity theory, but the word is for some reasons problematic. I’ve decided to rename the wave-field to ‘the onefield’ and therefore I’ve now removed all instances of the word aether from all the pages and replaced them with the new name.
I’ve created a new page all about the subject of light. You can click on the image below to jump to that page. Note that some of the content of that page originates from an older page, the page about motion near the EM spectrum. I’ve moved some of that content to the new page.
I had already briefly mentioned the increase in the speed of expansion of the universe as observed by astronomers, but I had not given an explanation for these observations yet. I have just written down the explanation, and I’ve made a short animation to illustrate this in a simple way. If you click on the image below then the correct page will open for you.
Up until recently, the region between the positive and negative dimensions, which is the centerline in the sine curve of the transformation cycles, was called the ‘boundary’. I’ve decided to remove that name from the pages because there is already something called a ‘boundary layer’, which is a term used in physics and fluid mechanics. There is no exact relation between the word boundary used in the infinity theory and the words boundary layer used in fluid mechanics, and this might have been a cause of confusion.
Therefore I’ve updated the pages so that from now on only the name of that which is located on the centerline is used, which is the electromagnetic spectrum. A boundary position, thus a location where the sine curve crosses the centerline is from now on called an ‘EM crossing location’.
I’ve made a possible mistake in my comments about the light phenomenon that occurred at the Atlas V rocket launch on October 2015. I said that the phenomenon was not caused by the exhaust of the rocket, but as you can see in the photo above, the plume from the exhaust of an Atlas V rocket does widen a lot when nearing high altitudes. The photo is one from a different launch, yet from the same type of rocket. Its shape is almost similar to the shape of the bright giant plume witnessed in October 2015. This makes it more likely that the unexpected light phenomenon was caused by the exhaust of the rocket. Yet it does not explain how the plume grew so large and how it turned into a bright blue color.
I’ve made a new animation that explains why the universe appears to be expanding. You can find the animation on the page about time (click on the image, and it will take you there). What is demonstrated visually in this animation is what was already described by text on that same page. Scale and speed of objects are not realistic in this animation, but that is only for the reason that the animation becomes more understandable.
Cycles
| Type | Dimension | Cycle | Class | Rota-tional | State of Equilibrium |
| Level3 Fallback | -4.75D to -4.25D | 2nd | Unknown | no | Unknown |
| Level2 Fallback | -5.75D to -5.25D | 2nd | Unknown | no | Dye |
| Unknown | -6.0D to -5.75D | 1st | Half a spiral | Unknown | |
| Electricity | 6.0D <> -6.0D | 1st | EM Spiral | yes | – |
| Unknown | 5.75D to 6.0D | 1st | Half a Spiral | Unknown | |
| Unknown | 5.75D (CW<>CCW) | 1st | Outer Bridge | Unknown | |
| Unknown | 5.75D | 1st | Exterior Tunnel | Unknown | |
| Unknown | 5.75D | 2nd | Bell | Unknown | |
| Omega Ladder | 5.25D to 5.75D | 1st | Ladder | no | Unknown |
| Omega Bridge | 5.25D (Inw to Outw) | 1st | Inner Bridge | no | Unknown |
| Ultraduct | 5.25D (Inw to Outw) | 1st | Interior Tunnel | yes | Unknown |
| Mirage | 5.25D | 2nd | Disk | no | Silver |
| Scroll Ring | 4.75D to 5.25D | 1st | Spiral | yes | Saturated Fat |
| Wake Belt | 4.75D (CW<>CCW) | 1st | Outer Bridge | no | Slime |
| Bubble | 4.75D | 1st | Exterior Tunnel | no | Soap |
| Tubular Ring | 4.75D | 2nd | Bell | yes | Unknown |
| Aureole Belt | 4.25D to 4.75D | 1st | Ladder | no | Unknown |
| Laminar Belt | 4.25D (Inw to Outw) | 1st | Inner Bridge | no | Unsaturated Fat |
| Gyroduct | 4.25D | 1st | Interior Tunnel | yes | Vulcanized Rubber |
| Capillion | 4.25D | 2nd | Disk | no | Tin |
| Revolute | 3.75D to 4.25D | 1st | Spiral | yes | Gelatin |
| Revodome | 3.75D | 2nd | Bell | yes | Unknown |
| Cradle | 3.75D | 1st | Exterior Tunnel | no | Chicle |
| Pilaster | 3.75D (Outw to Inw) | 1st | Outer Bridge | no | Petroleum |
| Pylon | 3.25D to 3.75D | 1st | Ladder | no | Unknown |
| Lentillion | 3.25D | 2nd | Disk | no | Gallium |
| Exobar | 3.25D | 1st | Outer Bridge | no | Pitch |
| Bulb | 2.75D to 3.25D | 1st | Spiral | no | Air |
| Vessel | 2.75D | 2nd | Bell | no | Unknown |
| Exoduct | 2.75D | 1st | Exterior Tunnel | no | Natural Latex |
| Endobar | 2.75D | 1st | Inner Bridge | no | Unknown |
| Amplicone | 2.25D to 2.75D | 1st | Ladder | no | Dust |
| Mercury Belt | 2.25D | 2nd | Disk | yes | Mercury |
| Troth | 2.25D (CW<>CCW) | 1st | Outer Bridge | Honey | |
| Swirl | 1.75D to 2.25D | 1st | Spiral | yes | Water |
| Unknown | 1.75D | 2nd | Bell | Unknown | |
| Whirlpit | 1.75D (Inw to Outw) | 1st | Exterior Tunnel | yes | Clay |
| Helibar | 1.75D (Inw to Outw) | 1st | Inner Bridge | yes | Earth |
| Helicone | 1.25D to 1.75D | 1st | Ladder | yes | Marl |
| Hyperbelt | 1.25D | 2nd | Disk | yes | Unknown |
| Enexus | 1.25D (CW<>CCW) | 1st | Outer Bridge | no | Resin |
| Disc | 0.75D to 1.25D | 1st | Spiral | yes | Gypsum, Some Metals, Wood, Bone |
| Unknown | 0.75D | 2nd | Bell | Unknown | |
| Helix Tunnel | 0.75D | 1st | Exterior Tunnel | yes | Baked Clay |
| Monolith | 0.75D (Inw to Outw) | 1st | Inner Bridge | no | Rock |
| Spire | 0.25D to 0.75D | 1st | Ladder | no | Crystal |
| Unknown | 0.25D | 2nd | Disk | Titanium | |
| Amberon (perhaps) | 0.25D | 1st | Outer Bridge | Amber | |
| Hyperkone | 0.0D to 0.25D | 1st | Half a Spiral | yes | Diamond (when angular) |
| Amberon (perhaps) | ~0.0D | 1st | Exterior Tunnel | Glass | |
| Visible Light | 0.0D | 0 | EM Spiral | no | – |
| Photosphere | ~-0.0D | -1st | Exterior Tunnel | no | Unknown |
| Amplipole | -0.25D to 0.0D | -1st | Half a Spiral | no | Unknown |
| Corona | -0.75D to -0.25D | -1st | Ladder | no | Unknown |
| Sun Magnetic Field | -1.25D to -0.75D | -1st | Spiral | Unknown |
| High dimensional (Yin) | Low dimensional (Yang) |
| General Characteristics | General Characteristics |
| Expanded | Contracted |
| Loose | Tight |
| Sensitive to external motion | Insensitive to external motion |
| More projected field | Less projected field |
| Number of dimensions being projected is higher than that of our human perception (greater than 3D). Thus complexity is concentrated over a smaller volume by projection. | Number of dimensions being projected are lower than that of our human perception (lesser than 3D). Thus complexity is spread out over a larger volume by the projection. |
| More asymmetry | More symmetry |
| Slower movement | Faster movement |
| Time runs slower (macrocyclic effect) | Time runs faster (macrocyclic effect) |
| Vortex Characteristics | Vortex Characteristics |
| Diffused | Fused |
| High number of meridians | Low number of meridians |
| Complex movement | Simple movement |
| Less friction | More friction |
| Long vortex lifespan | Short vortex lifespan |
| Curved | Angular |
| Large scale | Small scale |
| Wave Characteristics | Wave Characteristics |
| Loose | Tight |
| Slow propagation | Fast propagation |
| High frequency waves | Low frequency waves |
| Short wavelength | Long wavelength |
| Directional peripheral waves | Spherical peripheral waves |
| Short range | Long range |
| Characteristics of Matter | Characteristics of Matter |
| Lighter | Heavier |
| Soft | Hard |
| Intangible | Impenetrable |
| Flexible / non-constricted | Rigid / constricted |
| Less friction | More friction |
| Higher compressibility | Lower compressibility |
| High Reynolds number | Low Reynolds number |
| Contraction | Expansion |
| Decrease in amount of field that is projected from the onefield (either by decrease in angle of projection, decrease of scale size, decrease of cycle number, or change of another property) | Increase in amount of field that is projected from the onefield (either by increase in angle of projection, increase of scale size, increase of cycle number, or change of another property) |
| Peripheral movement from high end to low end of vortices | Peripheral movement from low end to high end of vortices |
| Tightning, hardening | Loosening, softening |
| Increase in velocity | Decrease in velocity |
| Fusion of peripheral movements | Diffusion of peripheral movements |
| Pulling force | Pushing force |
| Acceleration of time | Deceleration of time |
Properties
Sequence