01 / Problem
This section is included in the source manuscript and the PDF build for review.
PAPER-019 / June 13, 2026 / corrected September 18, 2026
A Strain-Electrodynamics Materials Atlas Proposal 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 proposes a materials atlas varying wire composition, piezoelectric coating, strain waveform, current pulse, temperature, magnetic field, and contact geometry. No samples or atlas data are released. A future sample must satisfy calibrated transport, magnetic, thermal, and blind-replication gates before escalation.
02 / Frame
Research Frame
This landing page publishes the paper as an auditable source bundle. The PDF carries the full mathematical argument, claims, evidence plan, implementation surface, and release notes.
\[
S=(M_{\mathrm{wire}},M_{\mathrm{coat}},\Gamma_{\mathrm{interface}},\epsilon(t),I(t),T,B,C_{\mathrm{contact}}).
\]
\[
\begin{aligned}
H_3 \Rightarrow {}&R_{\rm upper}<R_{\max}
\;\wedge\; f_{\rm shield,lower}>f_{\min}\\
&\wedge\; J_{c,\rm lower}>J_{c,\min}
\;\wedge\; B_c\ \text{resolved}\\
&\wedge\; \text{blind independent replication}.
\end{aligned}
\]
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
This section is included in the source manuscript and the PDF build for review.
03 / Claims
This section is included in the source manuscript and the PDF build for review.
04 / Evidence Plan
This section is included in the source manuscript and the PDF build for review.
04 / Files
Paper Files
The PDF is generated from the LaTeX source. Both are published for auditability and future revision.