---
title: "NS-CSP Cycle II Handoff"
version: "v1.0"
date: "2026-08-15"
status: "Cycle-II closure and next-cycle launch state"
---

# NS-CSP Cycle II Handoff v1.0

## Completed cycle

Cycle II contains CSP-01 through CSP-08.

## Final residual core

$$
\boxed{
R_{\rm EXP}
\cup
R_{\rm DISS}
\cup
R_{\rm DIL}
\cup
R_{\rm SRC}.
}
$$

### $R_{\rm EXP}$

Exponentially inflated preloaded high-frequency strain-gradient reservoir.

### $R_{\rm DISS}$

Dissipation-range replenishment compatible with both low-mode driver divergence and terminal high-shell persistence.

### $R_{\rm DIL}$

Type-I local-core dilution profiles that remain compatible with the weighted energy budget.

### $R_{\rm SRC}$

Source/state parent multiplicity, cancellation or efficiency escape.

## Next-cycle launch problem

$$
\boxed{\textbf{Dynamic Reservoir Closure Problem}}
$$

High-value targets:

1. dynamic upper bounds on exponential preload inflation;
2. forcing-level coercivity in the dissipation range;
3. backward Type-I concentration persistence combined with dilution budgets;
4. source contribution weights versus simultaneous state-energy shares.

## Hard status

Cycle II does not prove the residual core is empty, Finite Obstruction, global regularity, or finite-time blow-up. All remain open.