Research areas

Locally Uniform Newtonian Gravitational Fields

Positive-mass Newtonian gravitational source synthesis and spatial-derivative suppression.

• Positive-Mass Synthesis of Locally Uniform Gravitational Fields by Gaussian Quadrature
• A Sharp Two-Ring No-Go Theorem for Locally Uniform Newtonian Fields

Prescribed Fields and Gradients

Newtonian gravitational source design for specified field vectors, gradients and derivative conditions.

• Positive-Mass Synthesis of Prescribed Gravitational Fields and Gradients

Inverse Source Design

Inverse design of Newtonian gravitational source masses: computational determination of manufacturable positive-mass distributions for specified field objectives.

Ongoing · not yet published

Finite-Volume Source Realizations

Translation of idealized mathematical source configurations into realizable fixed-density three-dimensional source bodies.

• Exact Fixed-Density Finite-Volume Realizations of Maximally Flat Newtonian Source Fields

Gravitational Reference & Calibration Systems

Metrologized physical source systems intended to provide calculable or transferable gravitational reference signals.

Ongoing · not yet published

Advanced Gravitationally Co-Designed Systems

Broader applications of engineered Newtonian mass distributions, including rotating-habitat and apparatus/source co-design research.

Ongoing · not yet published