Research & Publications

My academic work focuses on the rigorous application of mathematical models to physical and computational problems.

ORCID: 0009-0008-5715-6950
Preprint
2025— Zenodo
Closed-Loop Differential Buoyancy Energy Conversion
DOI: 10.5281/zenodo.17856688

A closed-loop energy conversion system based on differential buoyancy in immiscible fluids analyzed using classical mechanics, fluid dynamics, and electromagnetic induction. Demonstrates net work extraction proportional to maintained density gradient.

Key Equation

Wgross=(ρH−ρL) V g HW_{\mathrm{gross}} = (\rho_{\mathrm{H}} - \rho_{\mathrm{L}})\,V\,g\,H
#Fluid Dynamics
#Electromagnetism
#Energy Conversion
Preprint
2025— Zenodo
The Index Identity and Primality by Exclusion
DOI: 10.5281/zenodo.17847662

Formal derivation of the multiplicative closure property within the GIG sequence. Establishes the Index Identity K = n + m - 6nm for translating products of GIG terms into composite indices, enabling primality testing through exclusion.

Key Equation

K=n+m−6nm\mathbf{K = n + m - 6nm}
#Number Theory
#Primes
#Sieve Methods
Preprint
2025— Zenodo
The Generalized Index Generator (GIG)
DOI: 10.5281/zenodo.17847579

A novel, compact, single-variable quadratic equation which deterministically generates every element of the set Seq = {n ∈ Z+ | gcd(n, 6) = 1}. This set contains all prime numbers greater than 3.

Key Equation

x(n)=12n(3n−1)+1\mathbf{x(n) = \sqrt{12n(3n - 1) + 1}}
#Number Theory
#Primes
#Algebra

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