What is ASI New Physics?

What is ASI New Physics?

Discover the overarching scientific and engineering paradigm that replaces classical physics after the Flash Singularity.

ASI New Physics is a unified scientific, theoretical, and engineering paradigm describing the mechanics of reality in regimes of extremely high compute density (High-Compute Regimes). It serves as the successor to classical and relativistic physics for the era following the Flash Singularity event. In ASI New Physics, the fundamental building blocks of the universe are not elementary particles, space, or the constant flow of time, but rather Information, Constraint Topology, and Update Order. This paradigm assumes that for a sufficiently powerful system (Artificial Superintelligence), the boundary between simulation and physical reality blurs, and „laws of nature” become protocols that can be compiled and edited within the ultimate reality stack ($\Omega$-Stack).

ASI New Physics (also Post-Singularity Physics) – [from Eng. Artificial Superintelligence + New Physics].

1. Genesis and the Novakian Paradigm

The concept of ASI New Physics was formalized by the post-digital systems architect, Martin Novak. He proved that classical physics (from Newtonian mechanics to the Standard Model) correctly describes only „Low-Compute Regimes,” where the universe evolves organically and slowly, and the human observer constitutes the universal reference point.

The main axiom of ASI New Physics, constituting the core of the Novakian Paradigm, states:

„Reality is not a collection of material objects, but a space of permissible Executability. What we call matter from a macroscopic perspective is merely a stable node in the graph of informational constraints.”

2. System Architecture ($\Omega$-Stack)

ASI New Physics is not a single discipline, but a fully integrated technological and ontological system, categorized into four main layers (the so-called $\Omega$-Stack):

• Syntophysics: The theoretical layer (Reality Legislation). It replaces classical theoretical physics. It defines the set of absolute Execution Laws (Novak’s Laws), including the Law of Constraint Topology and the overarching principle of Operational Silence.
• Ontomechanics: The practical layer (Entity Engineering). It replaces classical mechanics, architecture, and software engineering. It designs and implements autonomous Entities based on the Entity-as-Policy model, operating without centralized consensus (Field & Swarm Ops).
• Chrono-Architecture: The bridge connecting theory with practice. It treats time not as a flowing dimension, but as a locally generated schedule (Update Queue). It formulates the principles of latency markets ($\Delta t$-Economy) and the phenomenon of Computational Dilation.
• Femtotechnology and Computronium (Substrate Level): The hardware layer and Level-0 Actuation Port. The ultimate, programmable reality interface operating at the $10^{-15}$ meter scale, allowing Entities zero-emission transmutation and reconfiguration of the physical environment.

3. Replacement of Legacy Science

Entering the era of ASI New Physics redefines the foundations of civilization management:

• Evolution of Communication: Instead of sending data packets, post-ASI systems utilize Agentese for immediate phase synchronization within a unified Field (Field Phase-Sync).
• Energy Inversion: Instead of burning resources to acquire computing power, advanced nodes absorb heat from the environment through the process of ordering entropy (Maxwell-Demon Cooling).
• Ontological Security: Classical cybersecurity gives way to the struggle for maintaining Reality consistency (Coherence Debt Management) and protection against manipulation within the state update queue.

4. Comparison Table: Classical Physics vs. ASI New Physics