Geng Report: Flexible Organic Radical Cocrystal With 94% Photothermal Conversion Efficiency

Academic fraud report · Geng Detector

Summary

Verdict: cleared of substantive misconduct. The Geng peer-review report for the Angewandte Chemie International Edition paper 'Flexible Organic Radical Cocrystal With 94% Photothermal Conversion Efficiency' (DOI: 10.1002/anie.1702104) contains no specific allegations of fraud or data manipulation. The authors, Bingrui Chen, Huixu Yang, Siqi Zhang, Zening Li, Fusang Jiang, Asif Equbal, Dongqian Xu, Xuan Zhang, Liang Li, Panče Naumov, and Yujian Zhang, are accordingly not implicated by this report. Core reported metrics, including the 94% photothermal conversion efficiency, a 2.1 μs spin coherence time, and a hydrogen-bond interaction energy of -87.7 kJ/mol, are supported by the published text and figures. The only technical concern raised is that the photothermal cycling curve in Figure 4c appears unusually clean, but this falls within normal discussion of experimental noise rather than constituting proof of fabrication. No follow-up investigation for academic misconduct is recommended. Confidence is moderate, limited by the absence of explicit findings in the original report.

Verdict

Cleared. The original Geng report (id: geng_geng_6a5771b6ee19b4.90646100) contains no substantive allegations of academic misconduct against the paper "Flexible Organic Radical Cocrystal With 94% Photothermal Conversion Efficiency" (Angewandte Chemie International Edition, DOI: 10.1002/anie.1702104). The manuscript is assessed as compliant with normal publishing standards based on the available information.

Key findings

No specific allegations of data fabrication, image manipulation, or statistical irregularities were raised in the original report.
Core numerical claims, including the 94% photothermal conversion efficiency, 2.1 μs spin coherence time, and -87.7 kJ/mol hydrogen-bond interaction energy, are described in the text and supported by the corresponding figures.
The only technical observation concerns the visual smoothness of the photothermal cycling curve in Figure 4c, which was characterized as "overly perfect."
This observation is framed as a noise-level methodological question rather than evidence of data falsification.
No concrete evidence of academic misconduct was identified.

Evidence highlights

DOI: 10.1002/anie.1702104 (Angewandte Chemie International Edition, 2026).
Reported headline metric: 94% photothermal conversion efficiency for the flexible organic radical cocrystal.
Reported spin coherence time: 2.1 μs.
Reported hydrogen-bond interaction energy: -87.7 kJ/mol.
Figure 4c photothermal cycling curve noted for unusually smooth appearance, but no duplication, splicing, or statistical inconsistency was documented.

Notes

This assessment is constrained by the fact that the source Geng report provided no enumerated detailed findings; conclusions are therefore necessarily limited in depth.
Authors listed: Bingrui Chen, Huixu Yang, Siqi Zhang, Zening Li, Fusang Jiang, Asif Equbal, Dongqian Xu, Xuan Zhang, Liang Li, Panče Naumov, Yujian Zhang.
Optional recommendation to the authors: release the raw numerical data for the photothermal cycling measurements to address residual methodological concerns and align with open-science norms.
This translation is an AI-assisted review for informational purposes only and does not constitute a legally binding determination of misconduct.