Published February 8, 2026 | Version 1
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1-Cradle Theory: A Primordial Geometric Model for Symmetry Breaking and the Emergence of Physical Laws

Authors/Creators

  • 1. Indipendent

Description

Contemporary theoretical physics faces a profound dissonance between general relativity and the Standard Model. The Cradle Theory proposes a radical paradigm shift: all physical laws, elementary particles, and interactions necessarily emerge from a single primordial geometric phase transition at the Planck scale. The model postulates a fundamentally discretized spacetime in a cubic lattice of Planck cells, each containing a unified field represented by a perfect sphere. The dynamics are purely geometric, driven by the tension between the spherical symmetry of the field and the cubic symmetry of the container. Through a sequence of three symmetry-breaking phases, the system reaches a critical threshold of instabi- lity, triggering a catastrophic event termed the “SmallBang”. This event generates, via a mechanism analogous to Kibble-Zurek, six spherical caps which, through to- pological interaction, form a Calabi-Yau 3-fold manifold with a characteristic radius of approximately 1 fm. The quantization of the sphere’s radial degree of freedom yields a mass spectrum that reproduces with remarkable accuracy the masses of the proton, the electron, and the heavy leptons. The theory is formulated as a 10-dimensional quantum field theory with supersymmetry, providing falsifiable predictions for the Large Hadron Collider, the muon anomalous magnetic moment, and primordial cosmology. The Cradle Theory thus represents an approach of extreme geometric reductionism, wherein the entire complexity of the observable universe emerges from the dynamics of a single, simple fundamental geometric entity.

Summario
La fisica teorica contemporanea deve affrontare la profonda dissonanza tra la relatività generale e il Modello Standard. La Teoria della Culla propone un cambio di paradigma radicale: tutte le leggi fisiche, le particelle elementari e le interazioni emergono necessariamente da una singola transizione di fase geometrica primordiale alla scala di Planck. Il modello postula uno spaziotempo fondamentalmente discretizzato in un reticolo cubico di celle di Planck, ciascuna contenente un campo unificato rappresentato da una sfera perfetta. La dinamica è puramente geometrica, guidata dalla tensione tra la simmetria sferica del campo e la simmetria cubica del contenitore. Attraverso una sequenza di tre fasi di rottura di simmetria, il sistema raggiunge una soglia critica di instabilità, innescando un evento catastrofico denominato “SmallBang”. Questo evento genera, tramite un meccanismo analogo a quello di Kibble-Zurek, sei calotte sferiche che, interagendo topologicamente, formano una varietà di Calabi-Yau 3-fold con raggio caratteristico di circa 1 fm. La quantizzazione del grado di libertà radiale della sfera produce uno spettro di masse che riproduce con precisione notevole le masse del protone, dell’elettrone e dei leptoni pesanti. La teoria si formula come una teoria quantistica dei campi in 10 dimensioni con supersimmetria, fornendo predizioni falsificabili per il Large Hadron Collider, il momento magnetico anomalo del muone e la cosmologia primordiale. La Teoria della Culla rappresenta quindi un approccio di riduzionismo geometrico estremo, in cui l’intera complessità dell’universo osservabile emerge dalla dinamica di un’unica, semplice entità geometrica fondamentale. 

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Additional titles

Translated title (Italian)
La Teoria della Culla Un Modello Geometrico Primordiale per la Rottura di Simmetria e l'Emergenza delle Leggi Fisiche

Dates

Issued
2026-02-08
Contemporary theoretical physics faces a profound dissonance between general relativity and the Standard Model. The Cradle Theory proposes a radical paradigm shift: all physical laws, elementary particles, and interactions necessarily emerge from a single primordial geometric phase transition at the Planck scale. The model postulates a fundamentally discretized spacetime in a cubic lattice of Planck cells, each containing a unified field represented by a perfect sphere. The dynamics are purely geometric, driven by the tension between the spherical symmetry of the field and the cubic symmetry of the container. Through a sequence of three symmetry-breaking phases, the system reaches a critical threshold of instability, triggering a catastrophic event termed the "SmallBang". This event generates, via a mechanism analogous to Kibble-Zurek, six spherical caps which, through topological interaction, form a Calabi-Yau 3-fold manifold with a characteristic radius of approximately 1 fm. The quantization of the sphere's radial degree of freedom yields a mass spectrum that reproduces with remarkable accuracy the masses of the proton, the electron, and the heavy leptons. The theory is formulated as a 10-dimensional quantum field theory with supersimmetry, providing falsifiable predictions for the Large Hadron Collider, the muon anomalous magnetic moment, and primordial cosmology. The Cradle Theory thus represents an approach of extreme geometric reductionism, wherein the entire complexity of the observable universe emerges from the dynamics of a single, simple fundamental geometric entity.