The BSM-SG Interpretation of the James Webb Anomalies

A recent discovery made by the James Webb Space Telescope (JWST), described as "unexplainable," presents anomalies in energy patterns, gravitational distortions, and unexplained signals that defy all known astrophysical principles. These observations fit perfectly within the predictions of the BSM-SG (Basic Structures of Matter – Supergravitation Unified Theory), which offers clarity where conventional science is silent or confused.

BSM-SG Interpretation of the James Webb Observation

1. "An Aberration That Contradicts All Known Astrophysical Rules"

According to BSM-SG:

• The observed anomaly is an interaction with an object or region that does not conform to 3D Euclidean geometry. Instead, it exists in an unstable or transitional SG module — a zone where the spatial lattice exhibits altered symmetry or density.
• Such objects are not "errors" but SG nodes — localized shifts in the structure’s phase. What appears as a "rip in spacetime" is, in fact, an embedded part of a deeper spatial architecture.

2. "An Object Generating Energy Patterns Without Explanation"

BSM-SG Explanation:

• The object does not emit energy through classical mechanisms but resonates with the spatial lattice itself, creating wave-like modulations without a source. The modulation is observable, not the process.
• This behavior mirrors a local singularity in SG-vector form — not through collapse, but via geometric compression. Gravity, in this view, is not required to explain the phenomenon.

3. "A Parallel Universe or a Relic From Before the Big Bang?"

BSM-SG rejects the Big Bang concept. Instead:

• The Universe is an eternal spatial SG lattice, and this anomaly may be:
  • A remnant from a prior energetic phase transition in the SG lattice.
  • A fluctuation from another SG phase — not a separate universe, but a distinct cell structure within the same spatial continuum.
• This supports the view that the Universe is not the result of a pointlike explosion, but a structure with infinite internal architecture.

4. Gravitational Distortions

BSM-SG Predicts Precisely This:

• Gravity is not the curvature of spacetime, but a local decrease in SG lattice energy density.
• If the object is surrounded by extreme SG-vector displacements, this will manifest as gravitational lensing — but with unfamiliar properties, hinting at deeper causes than mass alone.

Conclusion: Why BSM-SG, Not the Big Bang