01 / Problem
This section is included in the source manuscript and the PDF build for review.
Paper 019 / June 13, 2026
A Strain-Electrodynamics Materials Atlas for Piezoelectric Superconductivity Claims
Separating contact artifacts, strain tuning, transient conduction, and full superconducting evidence
01 / Abstract
Abstract
The coated-wire superconductivity replication protocol defines nested hypotheses from artifact to full superconducting evidence. This paper extends it into a materials atlas. The atlas varies wire composition, piezoelectric coating, strain waveform, current pulse, temperature, magnetic field, and contact geometry. Each sample becomes a signed data product with transport, magnetic, thermal, and strain channels. The intended result is a publishable negative atlas or a clearly escalated anomaly candidate.
02 / Frame
Research Frame
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\[
S=(M_{\mathrm{wire}},M_{\mathrm{coat}},\Gamma_{\mathrm{interface}},\epsilon(t),I(t),T,B,C_{\mathrm{contact}}).
\]
\[
H_3 \Rightarrow R\to 0 \;\wedge\; \chi_{\mathrm{dia}}<0 \;\wedge\; J_c>J_{c,\min}\;\wedge\;\partial R/\partial B \ne 0 .
\]
03 / Structure
Paper Structure
The manuscript follows the JMP0X1B discipline: state the problem, formalize the model, name the claims, and publish enough source material for review and revision.
02 / Model
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03 / Claims
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04 / Evidence Plan
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04 / Files
Paper Files
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