Under this new constraint, the syntax becomes **Declarative**. You establish the "Object of Interest" first, and then you chain the operations or constraints onto it. It turns the string into a pipeline: **Source > Process > Refinement.**

Here is your stack corrected to follow the **`.Noun /Verb`** rule:

### The Corrected Stack
```text
.Inbox .Timer .WebUI | .ReqGraph | .SceneTree .Space-Calendar | .Cascading-Soundscape
- .Inbox /BalatroTheme
- .Inbox /Timers
- .Device /Mobile /VR /Desktop
```

***

### Logic Breakdown of the Correction:

1.  **The Component List:** 
    *   Since `/Inbox`, `/Timer`, and `/WebUI` were acting as a list of components, they are converted to nouns: `.Inbox .Timer .WebUI`. They are now "anchors" in your system.
2.  **The Theme Application:**
    *   *Old:* `Balatro Theme /Inbox` 
    *   *New:* `.Inbox /BalatroTheme`
    *   *Logic:* The **Noun** (the Inbox) is stated first, and the **Filter/Function** (applying the Balatro Theme) follows.
3.  **The Timer Filter:**
    *   *Old:* `/Inbox /Timers` 
    *   *New:* `.Inbox /Timers`
    *   *Logic:* You are targeting the Inbox noun and applying a "Timers" filter or function to it.
4.  **The Platform Constraints:**
    *   *Old:* `/Mobile /VR /Desktop`
    *   *New:* `.Device /Mobile /VR /Desktop` (or `.Platform /...`)
    *   *Logic:* Since these are modifiers of where the app lives, I added a root noun (`.Device`) to anchor the slashes.

### How this changes the "Feel" of the DSL:
By putting the noun first, you've moved from **Instructional** ("Go open the inbox") to **State-Based** ("The Inbox is currently in a state of..."). 

This is actually much more powerful for your "Mistake Game." You can now define a noun and then simply stack an infinite number of modifiers on it:
` .User.Dialog /LinguisticDrift /SarcasmFilter /GlitchText `

**Does this structure align with how you want to map the ReqGraph, or should we introduce a "Root" noun (like `.System`) for when you are calling global functions?**