A Few Notes

  • Keep in mind that my English is not perfect. You might encounter some incorrect sentences and bad grammar here and there. This is because English is not my native language. Language mistakes are one of the things you yourself can help to correct on this website by adding comments.

  • The naming conventions used for this work are not all permanent, some will be changed later. Because I’m not a scientist it is not always easy for me to come up with the correct name for a particular phenomenon. Some of the names I’ve used might conflict with other names that are already used in other fields of science, or I might have come up with a name for a specific thing for which somewhere a name already exists. Particularly the people who work in the field of fluid mechanics will probably need to help me out by adjusting some of the names that I’ve been using.

  • All of the material on this website that is created by me (Peter.A.Venis) is licensed under the Creative Commons CC BY 4.0 license, unless otherwise mentioned. File names of images and animations contain a tag indicating the appropriate license, whenever possible. If you hover your mouse pointer over an image or an animation, then sometimes a tooltip hovering text will appear with extra information about the source or license. As an example, you can hover your mouse pointer over the Creative Commons logo below.

  • Not all of the images on this website are images of which I own the rights. The majority of the photographs on this website were found on the internet, and when selecting images I’ve tried to select those that have a license that permits them to be placed on this site. But not all of the images clearly have a license that allows this. Of some images the source or the license is not known to me.
  • If you own the rights to one of the images on this website and you wish the image to be removed or something to be changed about the way that it is portrayed, then you can e-mail me and I will change this accordingly. Many images have the name of the author and the name of the license in their filename. You can right click on an image and choose ‘save image as’ to view the filename. Whenever no author or license is mentioned for a particular image, animation or video, it is because that information is not known to me.

Quotation from someone other than me

  • Whenever content is placed on this website that comes from an author other than me, whether its a drawing, a photo, video, animation or anything else, then this does not not imply that the author agrees with the content of this website. I do not claim that the author shares the same views as myself or that he/she agrees with anything expressed within the infinity theory. Some people might agree with the content and some might not. But the presence of an authors work on this website does not say yes or no to whether he or she agrees with the contents of this website. There is however the possibility for an authors views to be expressed on this website. Every author can contact me to ask for an adjustment of how his/her work is portrayed on this site, or can ask for a placing of additional comments, credits or a disclaimer next to his/her work.
  • I sometimes prefer to describe one or more phenomena in a definition. A definition has a syntax that looks something like this:

SOMETHING = SHORT DESCRIPTION OF THE PHENOMENON

You should keep in mind that these definitions are not solid definitions that describe the phenomenon in the most universal way possible. These definitions are used rather loosely, and more or less describe the phenomenon in a way that it fits with the contents of the infinity-theory. Its a quick explanation in a simple, understandable way, but not perfect definitions that describe the phenomenon the best within all possible scenarios.

  • Up until November 2018 I had placed many hyperlinks in the text that directly link to pages on Wikipedia, as a source of extra information. I’ve removed most of them. I no longer think it was a good idea to create so many hyperlinks to Wikipedia while everyone today knows where to find the information using search engines.
  • Some images have been replaced by a puzzle piece image. This image indicates that a particular phenomenon has been predicted, but that phenomenon has not yet been observed. So this image indicates that a puzzle piece is still missing. One way you yourself can contribute to this website is by finding the correct puzzle piece, and then sharing that information on this website.
  • One word that is often used on the coming pages is the word ‘dimensionality’. It is a word that already existed before this theory came to life, but it is used within the context of this theory more or less as a new word. So keep in mind that the word ‘dimensionality’ within the context of the infinity-theory, has not the exact same meaning as it formerly had.
  • Another word that is often used on the coming pages is the word ‘vortex’. Many sources describe a vortex as a movement in a fluid that has a rotational flow. Yet many of the vortices that I describe on this website do not show a visible rotational flow. I took the liberty of using the word vortex for describing a phenomenon that had not been understood before, one that links together rotational and non-rotational movements. Even a movement in a straight line can in some cases be categorized as a vortex, if it is known that that movement is created by certain identical conditions. This new understanding of the word vortex will be revealed and explained on the pages ahead. So keep in mind that the word ‘vortex’, within the context of the infinity-theory, has not the exact same meaning as other sources describe.
  • All that is found on this website is a work in progress. This means that every single sentence that you read on this website could be changed that same day. Some of these changes might be the result of my own work of thought, others might be the result of comments placed by others. The two most common reasons for change are broadening of theory and corrections.
  • Feel free to add comments on any of the pages that you are about to read. Adding comments helps to improve this website because all of the feedback will be read and used whenever possible to correct mistakes within text or media or to add new information or pass on new ideas. Remember that I’m not the only one who’s going to continue to work on this theory, this is a collective work, you are all involved.

Cycles

Vortices

Vortices and Dimension Levels

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

Properties of High and Low Dimensionality

High dimensional  (Yin)Low dimensional  (Yang)
General CharacteristicsGeneral Characteristics
ExpandedContracted
LooseTight
Sensitive to external motionInsensitive to external motion
More projected fieldLess 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 asymmetryMore symmetry
Slower movementFaster movement
Time runs slower (macrocyclic effect)Time runs faster (macrocyclic effect)
Vortex CharacteristicsVortex Characteristics
DiffusedFused
High number of meridiansLow number of meridians
Complex movementSimple movement
Less frictionMore friction
Long vortex lifespanShort vortex lifespan
CurvedAngular
Large scaleSmall scale
Wave CharacteristicsWave Characteristics
LooseTight
Slow propagationFast propagation
High frequency wavesLow frequency waves
Short wavelengthLong wavelength
Directional peripheral wavesSpherical peripheral waves
Short rangeLong range
Characteristics of MatterCharacteristics of Matter
LighterHeavier
SoftHard
IntangibleImpenetrable
Flexible / non-constrictedRigid / constricted
Less frictionMore friction
Higher compressibilityLower compressibility
High Reynolds numberLow Reynolds number

Direction of Movement

ContractionExpansion
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 vorticesPeripheral movement from low end to high end of vortices
Tightning, hardeningLoosening, softening
Increase in velocityDecrease in velocity
Fusion of peripheral movementsDiffusion of peripheral movements
Pulling forcePushing force
Acceleration of timeDeceleration of time

Properties

Sequence