Dynamic Quantum Mapping (DQM) is a unique, open-source system designed for exploring and understanding the intrinsic structure of high-dimensional numerical data.
DQM works on any given data set, using the mathematical framework of quantum mechanics, by creating a high-dimensional data-density map and then moving data points toward nearby regions of higher data density.
No assumptions are made about the underlying structure of the data.
Visual and numerical analysis of the resulting animated ‘evolution’ of the data can reveal both clusters and extended structures, leading to a rich understanding of relationships between and within different subsets of the data.
- Review the contributing guidelines
- Open or review a pull request (for contributions and changes to the project)
- Open or discuss an issue (for bug reports and feature requests)
- Create or join a discussion (for anything other than issues)
- Marvin Weinstein
- David Horn
- Bernard Chen
- Zander Teller
DQM uses the Eigen library for linear-algebra subroutines.
For more information, contact Zander Teller directly at [email protected].