Hydrodynamic flow of Absolute Medium - Easy Read 

DOI: 10.5281/zenodo.18856871 

1. What is Absolute Medium? 

In the AM Model, the Absolute Medium (AM) is described as a real but invisible substance that fills all of space- from atomic spaces to the entire Universe. It is extremely dense and very stiff, yet it behaves in a way that makes space appear empty to us. Think of it like an ocean that everything floats in, but the water is so perfectly still and smooth that you cannot feel it directly.  According to the framework, matter, light, gravity, and even quantum behavior come from tiny distortions and flows within this Medium. The AM holds three key properties: 

1. It's ultra-dense: Denser than anything we know (about 10¹⁷ kg/m³), but we don't feel it because of how it interacts with matter. 

2. It's ultra-stiff: It transmits forces almost instantly, which is why gravity seems to act at a distance. 

3. It's perfectly slippery: Objects move through it without resistance, so we don't feel any "wind" or drag as Earth moves through space. 

2. Why can't we see or feel it? 

We cannot see or feel the Absolute Medium because it interacts with everyday matter extremely weakly. The AM is so uniform and so stiff at large scales that objects move through it without friction, so we never notice it pushing back. Only at extremely tiny scales—inside atoms or near very dense objects—does the Medium respond strongly. This is why the vacuum seems empty even though it is actually filled with a dense and structured Medium. So, the AM has: 

1. Scale-dependent behavior: The AM interacts with matter differently depending on size. At our human scale, it feels like nothing at all—perfectly frictionless. But at the tiniest scales (smaller than atoms), it becomes incredibly stiff and interactive. It's like how water feels soft when you wave your hand through it, but if you hit water at high speed, it feels like concrete. 

2. Weak coupling at our scale: The AM couples to matter based on density. Normal matter (you, me, planets) is mostly empty space—atoms are 99.99% empty. So at our scale, the AM barely "grips" us. But at nuclear scales or neutron stars or blackholes, where matter is dense, the grip becomes incredibly strong. 

3. It's the background: You can't see the air you breathe, but you know it's there because of its effects. Similarly, we can't see the AM directly, but we see its effects—gravity, light propagation, the structure of galaxies. 

Analogy: If you were a character in a video game, you wouldn't see the game's code running. But you see its effects—gravity, physics, how objects interact. The AM is the "code" of our universe. 

3. How does it flow in and around matter? 

Matter creates a tiny disturbance or ‘dent’ inside the Absolute Medium. The Medium tries to push back and fill this dent, causing a gentle inward flow toward matter. Near the surface of a planet or star, this flow becomes strong enough that objects appear to be pulled downward—this is gravity in the AM Model. The flow also forms a spiral pattern around spinning objects, which can create rotation and orbital motion. AM is flowing through every atom to keep it viable and stable- so every particle- every matter large or small feel cumulative attraction we called gravity. Therefore, Around any mass the AM has: 

1. Radial inflow: The AM flows directly toward the center of any mass. This inward flow is gravity. You're not being "pulled" by Earth—you're being carried inward by the AM flow, like a leaf carried by a river. 

2. Spiraling flow: Because most things rotate (planets spin, galaxies rotate), the AM also develops a twist—a circulation. This is like water circling the drain. 

The Equator-Pole Difference:
What (AM) goes in (through the matter-sink) must come out for a continuous circulation. There is a macro-circulation process through which The AM flows in equillibrium from all directions: 

• Equatorial inflow: Most AM flows in through the equatorial plane (like a disk around the equator). This inflow creates spin—it torques the planet, making it rotate. 

• Polar outflow: The AM, compressed at the core, shoots back out through the poles as powerful jets. This is why many astronomical objects have jets from their poles. While going out- the alignment formation coupling the heavy liquid core creates magnetism (Thus no liquid core means poor magnetism). 

Analogy: If you spin a top in thick honey, the honey flows in toward the top at the equator and gets squeezed out at the poles. That's exactly what the AM does around planets, stars, and galaxies. 

4. How Is Matter Created in the AM? 

This is perhaps the most mind-expanding idea—matter isn't separate from the AM; it's a form of the AM, like ice is a form of water. 

The Phase Transition Analogy:
Think of water turning into ice. Ice is still water, just in a different structure. Similarly, matter is the AM in a "frozen" or "crystallized" form. 

The Process (Re-Seeding): 

1. Pressure drop: In certain places (like the centers of galaxies or in the jets from black holes), the AM experiences a sudden pressure drop—like when you open a soda can and the pressure releases. 

2. Crystallization: This pressure drop causes the AM to "crystallize" into tiny displacement kernels—these are nucleons (protons and neutrons). It's like how water vapor suddenly crystallizes into snowflakes. 

3. Kernel formation: Each nucleon is a stable, vibrating "knot" in the AM. The math is ε(r) ∝ 1/r²—the displacement falls off with distance squared. 

4. Aggregation: These kernels attract each other because their displacement fields overlap, forming atomic nuclei. Electrons are different modes of AM vibration around these kernels. 

5. Atom formation: As more kernels aggregate, they arrange into geometric patterns—lattices—that we recognize as atoms and molecules. 

The Recycling Universe: Matter isn't permanent. When matter is destroyed (like in black holes), it "melts" back into the AM. Later, in new pressure drops, it "refreezes" into new matter. The universe is a continuous cycle of: AM → matter → AM. 

The Cosmic Microwave Background (CMB) is the "latent heat" released during this phase transition—like the heat released when water freezes. 

5. How AM flow explains solar system rotation, galaxy rotation, super‑cluster formation, and cosmic web formation? 

The AM framework says that gravity is not a pull but a push caused by the Medium flowing inward toward matter. As this Medium flows, it twists into spirals, like water going down a drain. 

 
- **Solar system:** the Sun creates a large ‘sink’ in the Medium. The swirling flow of AM carries planets into stable orbits. 

Planetary spin: As AM flows into a planet through its equator, it drags the planet into rotation. Think of a water wheel—the flowing water turns the wheel. The AM flowing in at the equator is the "water," and the planet is the "wheel." 

Orbital motion: Planets orbit the Sun because they're carried by the Sun's AM vortex. The Sun creates a huge spiraling flow in the AM, and planets are like leaves caught in that whirlpool. 

Why orbits are flat: The AM inflow is strongest in the equatorial plane (like a disk), so planets naturally settle into that plane—like how leaves in a whirlpool all collect in the same plane.
- **Galaxies:** a huge sink forms around the galactic core. The AM flow creates a rotating disk and keeps stars moving in flat rotation curves without needing dark matter. 

The Galactic Gearbox: 

1. SDL creates an AM halo: The Structural Density Law says that around a mass M, the AM density follows ρ_AM ∝ M²/R⁵. This creates an extended "halo" of denser AM around the galaxy—no dark matter needed. 

2. VCP transmits force: The Volumetric Coupling Principle determines how strongly this AM halo grips the galaxy. As you go farther out, the coupling changes in just the right way to keep stars moving at constant speed. 

3. Flat rotation curves: The math works out so that v ∝ constant at large distances—exactly what we observe. 

Think of it like a record player: The record (galaxy) spins, but the needle (stars) is carried by the groove (AM flow). The AM provides the "extra grip" that keeps outer stars moving fast.
- **Super‑clusters:** smaller sinks merge into bigger ones, pulling groups of galaxies together. Galaxy clusters are the largest bound structures. In the AM model: 

1. Extended SDL: The same density law applies at cluster scales—the cluster creates an AM density halo much larger than itself. 

2. Intra-cluster coupling: The hot gas between galaxies (intra-cluster medium) enhances coupling, making the AM grip even stronger. 

3. External pressure: The surrounding AM provides external pressure that "walls in" the cluster, preventing it from dispersing. 

This explains why clusters stay bound without needing invisible dark matter.
- **Cosmic web:** the Medium preferentially flows along large pathways, forming filaments. Galaxies collect along these AM flow‑lines, creating the web‑like pattern seen in the Universe. 

1. Large-scale laminar flows: The AM moves in enormous, smooth "rivers" on cosmic scales. 

2. Shear layers between flows: Where these rivers meet, they create shear—like where two ocean currents meet and create turbulence. 

3. Vortex formation: This shear generates enormous vortices—whirlpools the size of galaxy clusters. 

4. Galaxy formation in vortices: Galaxies form in these vortices, not in the smooth flows themselves. This is why galaxies are strung along filaments like beads on a string. 

6. How there are great flows in the Universe from where galaxies form along the sidelines? 

According to the Model, the Universe has massive river‑like flows of the Absolute Medium. These flows form because the Medium naturally moves from high‑pressure regions to low‑pressure regions. As it travels, the flow channels become ‘cosmic highways’ where galaxies gather. These long streams of AM form the filament structures we observe, and galaxies build up along the edges—similar to how sediments collect along the banks of a river. Imagine: 

• In the middle of the river, the water flows smoothly and laminarly. If you drop leaves there, they just flow along—they don't clump together. 

• At the edges of the river, where the fast water meets still water, you get eddies and whirlpools. Leaves collect there, spinning. 

The universe works the same way: 

1. Great AM flows: On cosmic scales, the AM moves in enormous, smooth currents—like rivers hundreds of millions of light-years across. 

2. Flow boundaries: Where one AM current meets another (or meets relatively still AM), you get shear layers—boundaries where the flow speed changes sharply. 

3. Vortex streets: These shear layers break up into alternating vortices—clockwise and anticlockwise whirlpools. This is the Kelvin-Helmholtz instability, seen in clouds, oceans, and now in the cosmos. 

4. Galaxy formation: Matter collects in these vortices, just like leaves in river eddies. Each vortex becomes the seed of a galaxy. 

5. Spin direction: Vortices on one side of the boundary spin one way; vortices on the other side spin the opposite way. This explains why we see roughly equal numbers of clockwise and anticlockwise galaxies, and why they're segregated on opposite sides of cosmic filaments. 

Think of a line of traffic cones on a highway: 

• The fast lane (one AM flow) and slow lane (another AM flow) create shear at their boundary. 

• If you throw dust at that boundary, it forms swirling patterns—eddies. 

• Those eddies alternate direction: clockwise, anticlockwise, clockwise... 

• In the universe, those eddies become galaxies, and their spin direction is fixed by which side of the flow they formed on. 

The Big Picture 

The universe is not empty space with islands of matter. It's a dynamic, flowing medium—the Absolute Medium—that: 

• Creates matter through pressure drops and crystallization 

• Organizes matter through its flows, vortices, and shear layers 

• Rotates matter through equatorial inflow 

• Binds matter through density halos and volumetric coupling 

• Recycles matter through black hole dissociation and re-seeding 

Everything we see—from a spinning planet to a swirling galaxy to the vast cosmic web—is the Absolute Medium expressing itself in different forms. The universe isn't a collection of things in space; it's space itself, alive with flow and structure. 

In one sentence: The Absolute Medium is the invisible, flowing substance of the universe that creates matter, shapes galaxies, and organizes everything through its eternal, spiraling dance.