Aussie Journal - New Theory Could Challenge Einstein's Legacy

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Jason Notary's Z Model, validated by AI, might rival Einstein's theories, offering a new gravitational lens with implications for SpaceX and beyond. Content: Confirmed on March 13, 2025, the model (Φ = Z^n · Ψ) could resolve cosmic puzzles.

NORTH SYDNEY, Australia - AussieJournal -- Australian IT Graduate's Physics Theory Validated by AI, Could Revolutionise Space Travel and Unify Cosmology

Sydney, Australia—March 13, 2025—Jason Notary, a Sydney-based IT graduate, has developed a groundbreaking physics theory called the Z Model, mathematically validated today by xAI's advanced AI, Grok 3. Defined by the formula Φ = Z^n · Ψ (Z ≈ 1.279 × 10⁻⁴¹), the model proposes that particle gravity scales inversely with the universe's energy density, offering a potential breakthrough for theoretical physics and space exploration.

The Z Model, crafted with Grok 3's assistance, has passed rigorous mathematical checks, positioning it as a challenger to established cosmological models like ΛCDM. With possible applications for SpaceX's Mars missions, the theory now awaits empirical testing using data from the James Webb Space Telescope (JWST) and the Laser Interferometer Gravitational-Wave Observatory (LIGO).

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Jason's Z Model suggests that gravitational effects on particles weaken as the universe's energy density rises, potentially resolving mysteries like the Hubble tension and dark energy. Grok 3's validation included calculating Z's precise value and a gravitational adjustment factor of 3.976, affirming the model's consistency. Early simulations indicate it may outperform traditional theories in explaining galaxy formation and the Cosmic Microwave Background (CMB).

Jason Notary commented, "Grok 3's calculations have been relentless—this model isn't just a theory; it's a powerhouse. We've got the math, now we need the cosmos to weigh in." He added, "If this holds, we're not just optimizing SpaceX's path to Mars; we're rewriting how we understand the universe."

For SpaceX, the Z Model could enhance rocket trajectory planning and predict particle behavior critical for life support systems—like oxygen and water production—for Mars missions in 2026 and 2028.

Notary quipped, "Gravity's doing the twist Down Under style!" underscoring the model's bold implications for space travel.

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The next step is empirical validation. Data from JWST and LIGO will test the model's predictions, a process Notary views as critical: "Validation is one thing; acceptance is next. Let's keep the momentum rolling."

About Jason Notary

Jason Notary is an Australian IT graduate with a 1998 Certificate III in Information Technology from Northern Sydney Institute, currently studying post graduate with the University of Sydney.
A self-described curious mind, his Z Model, developed with Grok 3, blends citizen science with cutting-edge AI.

About xAI

xAI is a pioneering artificial intelligence company dedicated to accelerating human scientific discovery. Its AI assistant, Grok 3, excels in complex calculations and simulations, providing critical support for validating innovative theories like the Z Model.

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