Innovative Research Design

Pioneering temporal analysis through lunar chronology and advanced geological inference methods for enhanced understanding of geological ages.

A partially shadowed moon with its illuminated portion in contrast against a dark sky. The surface of the moon displays visible craters and texture, showcasing details of lunar geography.
A partially shadowed moon with its illuminated portion in contrast against a dark sky. The surface of the moon displays visible craters and texture, showcasing details of lunar geography.
A realistic depiction of the moon appears to be isolated against a light gray background. The lunar surface shows clear details, including varying shades of gray, craters, and texture that emphasize its spherical form.
A realistic depiction of the moon appears to be isolated against a light gray background. The lunar surface shows clear details, including varying shades of gray, craters, and texture that emphasize its spherical form.

Lunar Analysis

Developing models for geological age inference through lunar chronology.

A textured surface with a rough, uneven pattern, resembling a lunar landscape or a close-up view of volcanic rock. The surface features various shades of gray, with small craters and an irregular distribution of lighter and darker areas.
A textured surface with a rough, uneven pattern, resembling a lunar landscape or a close-up view of volcanic rock. The surface features various shades of gray, with small craters and an irregular distribution of lighter and darker areas.
Phase One

Constructing a temporal analysis model based on lunar chronology.

A detailed lunar surface with visible craters and textures, captured under a dark sky.
A detailed lunar surface with visible craters and textures, captured under a dark sky.
Phase Two

Developing temporal reasoning tools inspired by geological inference.

A detailed view of the moon's surface showcasing numerous craters and rugged terrain, with a strong contrast between illuminated and shadowed areas.
A detailed view of the moon's surface showcasing numerous craters and rugged terrain, with a strong contrast between illuminated and shadowed areas.
A detailed view of the moon, showcasing its cratered surface in a monochromatic grayscale. The contrast highlights various lunar features including dark maria and lighter highlands.
A detailed view of the moon, showcasing its cratered surface in a monochromatic grayscale. The contrast highlights various lunar features including dark maria and lighter highlands.
Phase Three

Implementing algorithms for multi-dimensional evidence and integration.

Phase Four

Introducing frameworks for uncertainty assessment in geological analysis.

Research

Innovative lunar analysis for geological age inference.

© 2025. All rights reserved.