Separating Voices in Polyphonic Music: A Contig Mapping Approach
Lecture Notes in Computer Science, 2005
Independent fundamental-physics research
Exploring the geometry from which spacetime may emerge.
An independent research project investigating geometric relationships among matter, spacetime, fields, and fundamental physical constants.
Research premise
The project investigates a speculative framework in which spacetime is treated not only as a passive pre-existing background, but as an emergent physical structure associated with matter.
This remains a proposed interpretation. Its value depends on mathematical consistency, compatibility with established physics, and the eventual development of falsifiable quantitative consequences.
Current questions
These questions define a research program; they are not claims that the corresponding mechanisms have been established.
Can spacetime be modeled as a physical structure that emerges locally with matter?
Can spin or other particle properties arise from spatial topology?
Do dimensionless constants preserve information about an underlying geometry?
Can the framework yield quantitative predictions that distinguish it from existing theories?
Papers
TEF manuscripts will appear here with explicit version and publication status. Earlier work is listed separately.
No TEF paper currently has a public arXiv identifier, DOI, or peer-review status. Records will be added only when those details exist.
Lecture Notes in Computer Science, 2005
Research notes
Notes are exploratory documents, not peer-reviewed papers. Their role is to make assumptions, distinctions, and unresolved questions visible.
Researcher
Independent Researcher
Xiaodan Wu has a background in mechanical engineering, operations research, and interdisciplinary computational research. His current independent work examines geometric approaches to spacetime emergence and fundamental physical structure.
About the researcher