Publishing important work that lacks validity or reproducibility - pushing frontiers or corrupting science?

Area of Science:

• Scientific integrity and research ethics
• Materials science and superconductivity research

Background:

• Scholarly literature often contains preliminary findings lacking reproducibility and validity.
• Low-quality, high-impact papers can mislead researchers and the public, wasting valuable time and resources.
• Early career researchers are particularly vulnerable to the negative impacts of pursuing unverified scientific claims.

Purpose of the Study:

• To argue against the publication of spectacular scientific claims lacking reproducibility or validity.
• To highlight the epistemic and social irresponsibility of disseminating unverified research findings.
• To advocate for stricter community-driven rules regarding data and material sharing in scientific publications.

Main Methods:

• Analysis of recent cases in room-temperature superconducting materials research.
• Argumentative approach based on principles of scientific responsibility and integrity.
• Examination of the consequences of non-disclosure of research materials and raw data.

Main Results:

• Publication of unverified, high-impact claims is epistemically and socially irresponsible.
• Refusal to share research materials and raw data exacerbates the problem of scientific corruption.
• Current practices can lead to wasted resources and damage the credibility of scientific research.

Conclusions:

• Scientific advancement is hindered, not helped, by the circulation of unverified claims.
• Community consensus on governing rules for material and data sharing is crucial.
• Malpractices, such as withholding data, should be sanctioned to uphold scientific standards.