Julian Del Bel

Julian Del Bel (Self-Published)

Explored humanity's existential risks, including nuclear annihilation, climate change, biotechnology, and AI, through the lens of the Great Filter. Advocated for consciousness, cooperation, and collective action to forge a resilient future.

Julian Del Bel (Self-Published)

Applied Sun Tzu's 'Art of War' strategies to personal recovery and self-improvement. Focused on adaptive strategies for a post-industrial world, promoting reconnection with nature, digital detox, and building resilient social networks for well-being.

Julian Del Bel (Self-Published)

Explored William Strauss and Neil Howe's Fourth Turning theory, analyzing cyclical societal transformation patterns of rebirth and decline over 80-100 years. Provided insights to understand current era challenges and predict future trends.

Julian Del Bel (Self-Published)

Authored a comprehensive guide to the Atlantic Meridional Overturning Circulation (AMOC) and its role in global climate. Examined potential impacts of AMOC collapse on climate, ecosystems, and societies, emphasizing climate resilience and sustainable practices.

Julian Del Bel (Self-Published)

Drew parallels between ancient Roman consuls and modern corporate executives, examining relentless quests for glory and profit. Provided insights into recurring themes of ambition and fallibility, informing modern decisions and actions.

Julian Del Bel (Self-Published)

Explored the holographic universe concept, where 3D reality may be a projection from a lower-dimensional boundary. Covered quantum mechanics fundamentals and string theory implications, offering a revolutionary perspective on reality and cosmos.

Julian Del Bel (Self-Published)

Investigated evolutionary mismatch and the toll of modern lifestyles (sedentary, diet, sleep disruption) on ancestral biology, contributing to health crises. Offered strategies for mitigating effects and finding genuine meaning amidst modern distractions.

Julian Del Bel (Self-Published)

Critically reflected on contemporary society, uncovering crises often overshadowed by technological progress. Challenged conventional narratives of prosperity, urging introspection on our legacy and advocating for human dignity, sustainability, and collective well-being.

Julian Del Bel (Self-Published)

Examined cultural hibernation and stagnation in fashion, art, and societal values post-millennium, providing a roadmap for awakening. Analyzed post-industrial changes, urbanization, globalization, and the digital revolution's impact on human interaction and community dynamics.

Julian Del Bel (Self-Published)

Examined the balance between politeness and assertiveness, exploring cultural and psychological underpinnings. Offered practical techniques for effective communication, navigating difficult conversations, and overcoming confrontation fear.

Julian Del Bel (Self-Published)

Explored the evolution of oligarchic power from early 20th-century fascist ambitions to modern, nuanced forms. Analyzed how elites manipulate information and leverage finances to influence policy, leading to a 'plutocracy' and erosion of democratic governance.

Zenodo

Explored the phenomenon of aphantasia, investigating thought processes devoid of visualisations within a scientific context related to Hypatian Mathematics, linking cognitive science to advanced theoretical frameworks.

Zenodo

Introduced and detailed the Cykloid-Adelic Recursive Expansive Field Equation (CARE), a foundational element in advanced theoretical physics unifying recursive time structures with field theory. This framework proposes a unified field theory combining stratified geometric manifolds, adelic number-theoretic dynamics, and cycloidal parameter spaces, with predictions for gravitational wave echoes and CMB anomalies.

Zenodo

Presented a theoretical framework for Hypatian cyclotomic time travel, integrating recursive fractal geometry, Galois symmetry, and adelic portals within the Recursive Expansive Dynamics (REDS) framework, advancing concepts of temporal mechanics.

Zenodo

Investigated the alignment of p-adic spacetime with adelic structures and their implications for Recursive Expansive Dynamics (REDS), supporting dual-field propagation. This work provides a foundation for REDS to operate within a hybrid spacetime model, unifying real and p-adic number systems.

Zenodo

Detailed the mathematical lifting and formalization processes for eigenvergence within the Recursive Expansive Dynamics (REDS) framework, predicting golden-eigenvergence in Gromov-Hausdorff topology. This work defines a new type of convergence in dynamical systems, characterized by golden ratio scaling, fractal self-similarity, and local expansiveness.

Zenodo

Provided a comprehensive proof for the Adelic Weil Conjectures as applied to the zeta function, advancing number theory and related fields within Hypatian Mathematics. This contributes to a deeper understanding of prime distribution and spacetime dynamics.

Zenodo

Analyzed the idempotence properties of the Inverse Zero Operator (IZO), crucial for its consistent application in theoretical physics, particularly for recursive field coherence. The IZO regularizes divergent gravitational entropy and isolates stable solutions in recursive systems.

Zenodo

Developed fractal-torsional spectral extensions, building upon Wiles' Modularity Theorem with novel mathematical insights relevant to fractal spacetime and number theory. This work explores deeper connections between number theory and geometric structures.

Zenodo

Presented the Hypatian Physics framework, formally verified using the Lean4 mathematical proof assistant for rigorous consistency and reliability across quantum mechanics and cosmology. This establishes a robust foundation for interdisciplinary theoretical physics.