Radiation, spin and code interfaces
Supply the regulated photon model, thermal moments, spectral kernels and conditional ULE contracts together with angular-momentum and dipole identities. Use the same spin conventions for absorption-emission code criteria, and specify the bosonic, inner/outer encoding and continuous-monitoring interfaces needed for platform comparisons.
1 · Prerequisites
- ULE jump construction under independent bath hypotheses
- Stationary correlation spectra and ULE kernel regularity
- Finite-preparation residual budget and its remote-boundary limit
- Mass and first moment of the ULE scalar envelope
- Bounded quadrant modification and generator norms
- Derivative of the quadrant modification
- Modified-operator distance and residual composition
- Universal Lindblad equation for open quantum systems · PDF pp. 18–22, Appendix A, Eqs. (A21), (A25), (A31), (A35)–(A41), Appendix B, Eq. (B2); pp. 23–26, Appendix C, Eqs. (C1)–(C22), (C27), (C29)–(C31)
- Erratum: Universal Lindblad equation for open quantum systems · PDF p.1, opening paragraph and corrected expressions (4)–(6)
2 · Logical flowchart
Arrows show item dependencies. A grouped prerequisite node points to items that use one or more of its members; their exact links are listed above.
3 · Items
Physics theorem