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This first episode walks through a simple question: can a small, model-aware assist improve an “echo” without spending extra effort?
An echo is a forward run followed by a reverse run, where you try to land back on the start state. In this episode, I summarize a preregistered VDM experiment called Counterfactual Echo Gain (CEG). The point is not hype. It’s auditability: the measurement method is treated like an instrument, with pass/fail gates that must hold before we interpret outcomes.
You’ll hear:
- What the assist changes (and what it must not change)
- The gate checks (reversibility drift, monotonic dissipation checks, step-size accuracy, and equal-work matching)
- The outcome metric and what the result actually supports
If you want to verify it, find the record on Zenodo (includes the report, run ledger, telemetry, and figures).
By Justin LietzThis first episode walks through a simple question: can a small, model-aware assist improve an “echo” without spending extra effort?
An echo is a forward run followed by a reverse run, where you try to land back on the start state. In this episode, I summarize a preregistered VDM experiment called Counterfactual Echo Gain (CEG). The point is not hype. It’s auditability: the measurement method is treated like an instrument, with pass/fail gates that must hold before we interpret outcomes.
You’ll hear:
- What the assist changes (and what it must not change)
- The gate checks (reversibility drift, monotonic dissipation checks, step-size accuracy, and equal-work matching)
- The outcome metric and what the result actually supports
If you want to verify it, find the record on Zenodo (includes the report, run ledger, telemetry, and figures).