This is a new, contributed topic on Quantum Algebraic Topology.

Quantum Algebraic Topology (QAT) Topics

Quantum algebraic topology can be described as the area of mathematical physics and physical mathematics concerned with the application of algebraic topology concepts, procedures and results to quantum theories such as quantum field theories (QFT, AQFT, locally covariant relativististic quantum theories and quantum gravity (QG)). QAT has close connections to several other fundamental fields of mathematics, such as: noncommutative geometry (NCG), the theory of categories, functors and natural transformations (TCFN), non-Abelian algebraic topology (NAAT), and higher dimensional algebra (HDA).

Related references are available at the websites and documents in the following topics list.

QAT Topics : Online Resources

• QAT: Quantum Algebraic Topology-preprint.
• AT: Algebraic Topology papers
• NAAT: A first textbook on “Non-Abelian Algebraic Topology”
• QA: Quantum automata and quantum supercomputers
• NAQAT: Non-Abelian QAT
• NAAT-List: Category Theory, Homotopy Theory and AT Publications
• SPE: Stanford Plato: Category Theory and Applications
• Abc

Bibliography

1

Abstracts1: Springer link

2

Abstracts2: Springer link

3

CERN Preprint Archives: CERN Preprints-1

4

CERN Articles and Preprint Archives: CERN Preprints-2

Additional items

1. QAT1
2. QAT2
3. A3