🌰 04: Spatial Slime Model: Expressing everything from soft and squishy to hard and rigid
@YomotsushikoX
(Please note: the text from here on is the work of a complete amateur who skimmed through information on the internet in his spare time and fantasized and interpreted a field about which he had no knowledge. If you feel stressed, please leave immediately. Also, This English version, in keeping with the uniformity of the universe, has been translated with the help of AI—resulting in a notably uniform and somewhat rigid tone. We apologize in advance for any stylistic inconsistencies.🤪)
One summer day, I was eating a sticky bowl for lunch—a bowl of rice topped with a mix of natto, tofu, okra, and yam.
I'm quite fond of sticky things. I even like to imagine that in a past life, I might have been cultivating molokhia in ancient Egypt and presenting it to the pharaoh.
Dozing off after my blood sugar spiked post-meal, a wild thought experiment popped into my head: What if outer space is distorted, as Einstein said, but is actually sticky like natto?
My blood sugar-fueled brain decided that the reason objects have mass isn't because of some mysterious Higgs field theory invented by some genius (which is completely incomprehensible to the average person and probably the work of aliens from Mexico), but because objects are sticky and tangled, like natto threads.
The universe is sticky!
Using natto to express stickiness might upset fervent anti-natto folks in the west, so I thought, “How about honey or slime?” But then I realized I'm more of a maple syrup person than honey, so I decided to go with slime.
Now, slime imagery ranges from realistic types like Wizardry to national RPG staples. I dislike Creeping Coin's breath and prefer Dancing Jewel from the Dragon Quest series, so I imagined the slime to have an onion-like feel.
If you don't get what I'm saying, it basically means: That onion-type slime is awesome, right?!
Later, when I shared my slime idea with the AI, predictably it kindly replied, “Die covered in slime, you slimy bastard!” But through sheer persistence and stubbornness, I overcame the AI's objections and finally arrived at the truth: the universe is slime!
📜 The Genesis of the Universe: Was Space Actually “Slime”?
Prologue: I'm Not a Bad Space Slime, Okay?🍯
Is our universe truly built upon “nothingness”?
What if space itself were made of “slime”—a substance that writhes like microscopic bubbles and resists everything it touches?
The Planck scale is like a single pixel or dot on a 4K TV screen, if you imagine the universe as that screen.
The world of gravity, as Einstein envisioned it, and the microscopic world described by quantum theory diverge at the ultra-small “Planck scale,” the very foundation of the universe.
This “Space Slime Model” proposes a bold narrative to bridge that gap: that spacetime itself behaves like a living organism, a viscous fluid. I'm not a bad space slime, you know.
The smallest unit of space is a particle called a Planck unit. It is the disorder in the “angle at which these particles join hands” (the coupling angle $\Delta \theta$) that generates the “viscosity” of space as a whole.
This stickiness is hard to achieve with a Metal Slime.
This story of viscosity is the key to unlocking all the mysteries of the universe.
Chapter 1: The Three Phases of Viscosity and the Cosmic Slime 🍲
The history of the universe can be interpreted as the story of the changing “viscosity” of the cosmic slime.
Much like cooking, space transitions through three phases depending on its temperature and pressure (energy density).
| Phase | Viscosity | Order | Cosmic Era | Sensory Image |
| :--- | :--- | :--- | :--- | :--- |
| Gas Phase | | | Immediately after the Big Bang (Inflation) | Real-world slime |
| Viscous Phase | Intermediate | Intermediate | Present-day Universe | Slime |
| Solid Phase | | | Black Hole Singularity | Metal Slime |
The Beginning of Chaos (Gas Phase)
In the universe's infancy, space slime existed in a hollow state with zero viscosity, akin to the “realistic slime found in Wizardry and similar games.”
If that's confusing, just think of it as a loose bubble slime.
Within this hyper-diffusive real-world slime, a homogeneous bubble suddenly expanded, creating the vastness of the current universe and the smoothness of the cosmic microwave background radiation (CMB).
The slight irregularities seen in the CMB are traces of this bubbling (shadows of topological bubbles).
Present Memory (Viscous Phase)
Currently, the spatial slime exists in a viscous phase, like “Slime or Slime Bess.”
Unfortunately, it doesn't glow blue or red, but this slime possesses special properties: its viscosity increases when force is applied (shear thickening), and it remembers its past history (memory).
The True Nature of Dark Matter: The dark matter drifting around galaxies is not a mysterious particle. It is interpreted as an additional gravitational effect arising from the locally increased viscosity of the surrounding space slime due to the galaxy's mass.
Dark Energy: The dark energy accelerating the universe's expansion is the repulsive component of viscosity left over from the early “loose bubble slime” era. This lingering trace of the slime not yet fully settled gently pushes the entire universe outward.
Freezing of Spacetime (Solid Phase)
At the singularity of a black hole, where matter is compressed to its limit, the spatial slime undergoes a phase transition into a solid phase resembling “Metal Slime.”
Its relationship with black holes also carries an aura of high experience points.
Inside the singularity, the spatial structure undergoes a “glass transition” and freezes, safely preserving the internal information as topological defects within an imperfect crystalline structure.
This avoids the longstanding information paradox—where information falling into a black hole vanishes.
Chapter 2: The Origin of Gravity and Time🍭
The behavior of immense forces and minute particles.
All arose from the “resistance to existence” of slime.
Why are mass and gravity the same?
When we push an object, we feel resistance proportional to its mass.
This is inertia. In the slime model, when a massive object moves, it is defined as dynamic resistance that rearranges spatial slime particles.
Gravity, on the other hand, is the static distortion the same substance imposes on the surrounding spatial slime.
Since both inertia and gravity share the same fundamental origin—the influence of a substance's energy on the viscosity structure of space—the equivalence principle (the natural law that all objects fall at the same rate) necessarily holds true.The Birth of the Arrow of Time and Causality
Before the universe was born, there was a “Zero Phase”—a state where neither time nor causality were defined.
Once the spatial slime formed and its viscosity caused energy to dissipate, this became an irreversible “trace” etched into the slime.
This irreversible trace—namely, the “increase in information entropy”—is the physical basis for the emergence of the thermodynamic “arrow of time” and causality.Why is the Speed of Light Constant?
Lorentz symmetry (the property that physical laws appear identical regardless of perspective) emerges because, even if the microscopic slime structure is fragmented, macroscopically averaged isotropy is restored.
The speed of light is defined as the physical limit for information transmission between Planck units.
Since massless light propagates without violating this limit, it possesses a constant speed observed from any inertial frame.
Chapter 3: Three Decisive Tests 🔬
The validity of the Spacetime Slime model is being verified through ongoing large-scale observations.
This model predicts three unique “whispers of spacetime” that existing cosmological models cannot explain.
High-Frequency Gravitational Wave Damping (LIGO / LISA):
As gravitational waves propagate through space slime, they undergo viscous friction (damping). Consequently, higher-frequency gravitational waves should exhibit a slight attenuation in amplitude.CMB Non-Gaussian Anisotropies (LiteBIRD):
Directionally specific non-Gaussianity (non-uniform fluctuations) originating from traces of topological bubbles in the early universe should be detectable within the temperature variations of the CMB.Galactic “Memory” (Euclid / DESI):
Due to the memory effect of space slime, the rotational speeds of galaxies should exhibit systematic differences based on their past formation histories (e.g., whether they merged with other galaxies).
If these three viscous signatures—“frequency-dependent damping,” “non-Gaussian anisotropy,” and “suppressed structure formation”—are simultaneously confirmed in future observations, it would signify the opening of a new door in cosmology.
In closing 🧄
The Spacetime Slime model is an attempt to feel the universe not through equations, but through the squishy, gooey texture of slime.
The universe may not be a cold, expanding vacuum, but rather a slime sea that breathes slowly and remembers the past.
Within its vast “viscosity,” our own existence also quietly undulates, resisting the force known as gravity.
By the way, when I think about it, I actually liked Dracky more than Slime.
Caution!
Beyond this point lies an area intended for those smarter than the author. It's for brilliant slackers with guts who'd read even an amateur's crazy pseudo-paper out of sheer curiosity. Please be advised in advance.
