We are pleased to announce an important milestone in the development of the No Time Universe (NTU) framework. After several months of conceptual and mathematical development, the NTU now possesses a first complete theoretical structure, referred to as NTU Framework V1 : https://notimeuniverse.com/the-ntu-framework/ .

This version introduces the fundamental ingredients required for a unified geometric description of physical reality:

• A fundamental NTU Lagrangian based on five geometric sectors (section 8 of NTU Framework),
• A corresponding NTU Action Principle,
• An explicit projection operator linking the NTU substrate to observable four-dimensional spacetime,
• A fundamental NTU metric and NTU tensor,
• A critical projection mechanism capable of generating the electromagnetic sector,
• A rigidified sector associated with mass, inertia, relativity, and gravitation,
• An orientation-conjugated sector providing a natural geometric interpretation of antimatter,
• An open sector associated with the quantum vacuum and potentially with the origin of dark-energy-like effects.

Within this framework, electromagnetism, matter, gravitation, antimatter, and vacuum structure are no longer introduced as independent entities. Instead, they emerge as different projections or geometric states of the same underlying NTU dynamics.

The NTU now contains five fundamental sectors:

1. Quantum Sector (Fq > Fg)
2. Critical Sector (Light) (Fq = Fg)
3. Gravitational Sector ((Fg > Fq)
4. Antimatter Sector
5. Open Sector (Quantum Vacuum)

This represents the first version of a complete NTU framework and marks the transition from a conceptual model to a candidate emergent quantum-gravity program. The next stage is no longer primarily theoretical. The focus now shifts toward experimental and observational validation.

Several tests are currently under investigation, including:

• Analysis of Cosmic Microwave Background (CMB) signatures predicted by the NTU cosmological scenario.
• The Birmingham experimental test.
• Additional falsifiable predictions and observational tests currently under development.

The future of the NTU framework will therefore be determined by its capacity to confront experimental reality and produce quantitative predictions.

NTU Framework V1 is now available as the reference version on the NTU Framework page.

The next chapter begins with testing : https://notimeuniverse.com/model-predictions-and-tests/ .