- Summary
- The extraordinary claim is not matched by the evidence. The resistivity drop is not accompanied by a convincing, reproducible diamagnetic transition, and the background subtraction is not justified.
- Strengths
- Full raw traces provided, which made honest evaluation possible — credit for that transparency.
- Weaknesses
- Diamagnetic signal is within noise after realistic background handling. No independent sample reproduction. Pressure calibration under-specified.
- Detailed comments
- I would need: multiple independently synthesized samples, a raw (un-subtracted) magnetic dataset, and a pressure calibration protocol. As presented, the claim cannot stand.
RSP-2026-0008 · PhysicsRejectedv1 · round 1
Ambient-Temperature Superconductivity in a Nitrogen-Doped Hydride
Amy Winehaus · submitted May 28, 2026
- superconductivity
- hydrides
- high pressure
signal cut
Open peer-reviewed research. Publication here is a review record, not an endorsement of clinical use — this material is not medical advice.
Abstract
We claim signatures of ambient-temperature superconductivity in a nitrogen-doped hydride under moderate pressure, based on resistivity drops and a partial diamagnetic response. We present the synthesis and raw traces for scrutiny.
Manuscript — v1
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The Review Record
2 reviews on record── Round 1 ──
- Summary
- I appreciate the openness, but the central claim fails the reproducibility bar. This reads as premature rather than fraudulent.
- Strengths
- Transparent raw data; clear synthesis description.
- Weaknesses
- Single-sample; background-subtraction artifacts; no Meissner-effect demonstration.
- Detailed comments
- Rejection is about evidence, not enthusiasm. Rebuild with independent samples and un-processed magnetic data and this could be resubmitted as a new manuscript.
Extraordinary claims need extraordinary, reproducible evidence. Both reviewers — while crediting your transparency with raw data — find the diamagnetic signature within noise and the result unreproduced. I'm declining publication. This is not a judgment of bad faith; the full record stays public precisely so the process is legible. A fresh submission with independent samples and un-subtracted magnetic data would be considered anew.