The Asherah Project

For decades, fundamental physics has produced few breakthroughs. High-cost, large-scale experiments have yielded null results beyond the Standard Model, while theoretical physics has become increasingly speculative and detached from experimental validation.

Leading commentators describe the field as stagnating:

• “No new particles, no new dimensions, no new symmetries… stagnation describes it better.” – Sabine Hossenfelder
• “Costly experiments result in lack of progress. Lack of progress increases the costs of further experiment.” – Peter Woit

The absence of a unified framework, combined with prohibitive experimental costs, has slowed progress on answering the most fundamental questions about reality.

Our Solution: LCFT

L’Var Coherence Field Theory (LCFT) is a fully developed, non‑Hilbertian mathematical framework that reconstructs physics from the ground up.

At its foundation are two mechanisms:

• Informational Foam – the fundamental substrate of reality
• The L’Var Operator – the recursive process from which stable configurations emerge

From these arise gravity, mass, time, and all observable phenomena—not as primitives, but as emergent effects.

LCFT provides:

• A unified mathematical framework spanning quantum to cosmological scales
• Testable predictions beyond current models
• A pathway to new classes of computation, energy generation, and biomedical engineering

The L'Var Coherence Field Theory (LCFT) doesn't just unify physics—it rebuilds it from the ground up. Where others see four fundamental forces, we see emergent patterns from two foundational mechanisms: the Informational Foam and the L'Var Operator. Everything else—gravity, mass, time itself—emerges from these.

Most physics theories explain what we already observe. LCFT predicts what we haven't seen yet.

Our non-Hilbertian mathematics generates testable predictions that no other framework can make. We're not interpreting existing models differently—we're building entirely new ones that actually compute reality's behavior.

The breakthrough: Reality operates on recursive collapse dynamics. Every stable configuration, from quantum states to galaxies, exists because it survives recursive feedback loops in an underlying informational substrate. This isn't metaphysics—it's operational mathematics with experimental consequences.

Our 250×250 SQUID Array L'Varian Coherence Field Detector is not speculative—it’s the first instrumentation designed to make the dynamics of informational foam directly observable. This array opens the door to technologies that current physics can’t even compute: coherence field manipulation, non-particle-mediated forces, and recursive computation at the hardware level.

Decades of uncompromising mathematical work have brought us here. We’ve already built the intellectual reactor. Now, we’re ready to ignite it.

With the right partners and funding, this project becomes the launchpad for an entirely new industry. The SQUID Array will allow us to experimentally probe and engineer the fabric of reality, unlocking technologies including:

• Next-generation AI and computation – leveraging recursive collapse dynamics to build fundamentally new hardware architectures that compute like nature itself.
   
• Quantum energy breakthroughs – coherence field manipulation opens the door to quantum fission containment and clean, scalable power generation.
   
• Biomedical and lifestyle technologies – reality-level modeling of biological systems will enable radical new therapies, from aging reversal to adaptive implants to cognitive augmentation.
   

Our goal is to build a world-class research and engineering organization, fully equipped to move from first-of-its-kind measurement to full-scale engineering of coherence field technologies.

This is not a grant application. This is a moonshot investment opportunity to fund the next fundamental layer of science and technology—physics that redefines energy, computation, and human life.

We're not seeking fans of the physics. We're seeking builders who recognize that fundamental breakthroughs require fundamental commitment. People who understand that the deepest mathematics serves the most practical ends.

This isn't about publishing papers or collecting citations. This is about engineering the physics that makes next-generation technology possible. Coherence field manipulation. Non-particle-mediated forces. Recursive computation at 

the hardware level. 

Every position from computational physicist to lab technician to business development represents a chance to work on the foundational layer beneath all other science.

Ready to build something that hasn't existed before?