Spacetime Metric Engineering

A 13-lecture series on warp metrics, the quantum vacuum, and what experimenters can actually try.

Lecture 11 · Block D — Engineering proposals + source-corpus endpoint · 41 min · HOST · WHITE · SIEGEL · HOSSENFELDER

Eagleworks and the warp line

The Harold White / NASA Eagleworks program. Claimed, measured, and null-replicated.

About this lecture

White 2013 JBIS 66, 242 reduced-energy warp-bubble proposal. The Q-thruster claim and the Tajmar et al. 2021 CEAS Space J. null replication. White et al. 2021 EPJ-C worldline-numerics paper presented as the mathematical-correspondence claim it is, not as a physical warp bubble. Lähteenmäki 2013 PNAS dynamical Casimir effect anchored alongside. Closes with the L11 experimenter corner on closed RF-cavity geometry under a torsion balance (~$1.5–4K) and explicit RF safety language.

Excerpt

White 2013 JBIS 66, 242 reduced-energy warp-bubble proposal. The Q-thruster claim and the Tajmar et al. 2021 CEAS Space J. null replication. White et al. 2021 EPJ-C worldline-numerics paper presented as the mathematical-correspondence claim it is, not as a physical warp bubble. Lähteenmäki 2013 PNAS dynamical Casimir effect anchored alongside. Closes with the L11 experimenter corner on closed RF-cavity geometry under a torsion balance (~$1.5–4K) and explicit RF safety language.

Full script + citations available in the SME companion app. Audio narration via Google Cloud Chirp HD; lecture-length runtime ≈ 38–44 minutes.

What you'll learn

Each claim in this lecture is placed on the four-tier disciplinary spine: peer-reviewed-replicated, peer-reviewed-once, patent-attested, or claim-only. By the end of Season 1 listeners can read any new physics claim in this territory and place it correctly.