These are the slides of a talk I gave last weekend to some fellow physics teachers.

I've posted a numerical study of the Wess–Zumino phase associated with a 2\pi isorotation of Skyrmion configurations. The motivation is simple: can the fermionic sign (a phase of -1 under a 360^\circ rotation) emerge from the topology of an extended object, without inserting a spinor by hand?

What I did:

· Embedded the SU(2) Skyrme field into SU(3) to make the Wess–Zumino five-form non-trivial.

· Evaluated the phase on an explicit two-dimensional disc filling of the isorotation loop.

· Computed the phase for baryon numbers B=0, 1, 2, 3.

· Used an exact hedgehog profile for B=1, and smooth rational-map trial configurations for B=2, 3.

What I found:

· \Gamma \simeq \pi |B| with a numerical uncertainty of order 10^{-4}\pi.

· This yields the physical phase (-1)^{N_c B} for integer N_c, consistent with known results.

The paper also documents convergence studies, consistency checks (vanishing components, alternative contractions, grid refinement), and the limitations of the calculation. The B=2, 3 configurations are trial fields, not solutions of the full field equations — I state this explicitly.

Link to the manuscript: https://zenodo.org/records/23680192

Any feedback on the numerical method or the reduction of the five-dimensional integral would be appreciated.

Hey everyone,

I’ve been working on a conceptual thought experiment regarding the nature of dark matter, black holes, and the Big Bang, and I’d love to get the community's thoughts on the physics and mechanics of it.

\# The Core Concept: The Flipped Universe

What if our universe isn't an isolated system, but rather one side of a two-sided cosmic fabric(or even multi-sided, intertwined)? In this framework, what we call "normal matter" exists on our side, while the mysterious "dark matter" we detect is actually the gravitational shadow of matter thriving on the other side. Because gravity is the only force strong enough to bleed through the space-time cloth, we feel their presence exclusively through gravitational pulls.

\# The Two-Balloon Analogy & The Big Bang

Imagine two connected balloons representing both sides. The system behaves like a cosmic pendulum, shifting mass back and forth based on pressure.

• The Big Bang: This wasn’t an explosion out of nowhere, but a global pressure blowout. The other side reached a critical mass imbalance (100% capacity), violently rupturing the fabric and forcing matter to aggressively pour into our side via a macro-portal to seed our universe.

\# The Localized Pressure Paradox (Why Black Holes Flow Backwards)

Currently, our universe holds only about 15% of the total matter, while the other side holds 85%. Logically, you’d expect matter to keep flowing into our universe. However, because both universes are non-uniform, the direction of flow is dictated by local density, not total mass:

• Their Side: The 85% mass behaves like a vast, uniformly distributed mist—high total volume, but low localized pressure.

• Our Side: Our 15% mass aggressively clumps into hyper-dense structures like giant stars.

• The Localized Drain: When a massive star collapses, it acts

like a lead bowling ball dropping onto a trampoline made of feathers. It creates an extreme, localized spike in pressure that punches a micro-tear—a Black Hole—straight through the cloth. Because this specific spot is denser than the space opposite it, it acts as a drain, forcing our matter to leak back to the other side.

\# The Reverse Effect: Mini-Big Bang Holes

If this mechanism works both ways, it opens up a fascinating possibility: Just as our side punches holes to drain matter out, the dense regions on their side must be punching micro-tears into ours.

We wouldn't see these as black holes. Instead, they would manifest on our side as mini-Big Bang holes (or micro-white holes)—sudden, localized fountains of energy and matter appearing spontaneously in the cosmos, perhaps explaining some of the anomalous, ultra-bright cosmic structures we are suddenly discovering in the early universe (the unexplained bright objects being mapped right now by simulations like Lumina).

Looking forward to a deep discussion!

I am a physics hobbyist and now when i got Argon it went quite smoothly. I had to guide it with philosophical ideas and questions about 20 time to arrive here.

**The Geometry of Slowness (GoS)** unifies physics in flat 3D space with a reactive dielectric vacuum [1, 2]. Mass, charge, and time emerge when open waves fold into 3D chiral spin cavities [3]. Clifford geometry fixes \\(\alpha^{-1} = 4\pi^3 + \pi^2 + \pi = 137.036\\) [4] and a scale ladder connecting subatomic physics to atomic water (\\(n=+2\\)) and galaxies [5, 6]. Gravity is pure vacuum refraction without dark matter, dark energy, or black hole singularities [7-9].

https://zenodo.org/records/23602218

https://youtu.be/xovIu4c3KDA?is=jdqztpmEIjc-y0Dx