If you thought you had discovered a new element, how could you get the scientific world to accept your discovery?
Please refer to your later post, which I saw first.
Sra
This website describes how the process usually happens today.
http://www.webelements.com/nexus/search/results/taxonomy%3A212
New element discovery (and creation) is usually a joint effort involving scientists in the USA, Europe and Russia, where a heavy ion accelerator is used to bombard unstable radioactive targets such as Berkelium made in the USA.
Results are often announced at a press conference, but are not officially accepted until published in a peer-reviewed scientific journal, which is usually Physical Review Letters.
Names for new elements are assigned by a governing body called IUPAC, after the discovery is confirmed, usually years later. The discovers many suggest names but they usually are not chosen.
If you believe you have discovered a new element, it is important to follow a systematic approach to establish its authenticity and gain acceptance from the scientific community. Here are the steps you could take to increase the likelihood of your discovery being recognized:
1. Document your findings: Record all your experimental processes, observations, and data meticulously. Include details on the setup, apparatus, and any other relevant information. The documentation should be thorough and transparent, allowing others to replicate your experiment.
2. Conduct additional experiments: To strengthen your case, perform multiple experiments using different methods or techniques to confirm the presence of the new element consistently. Repetition is crucial to ensure the reliability and reproducibility of your findings.
3. Peer review: Submit your research paper to scientific journals that specialize in the field of chemistry or elements. The paper should offer a comprehensive analysis of the experimental results, along with a discussion of the implications and significance of your discovery. The journal will assign anonymous experts in the field to review your work and provide feedback. Peer review helps ensure the integrity and accuracy of scientific research.
4. Present your work at conferences: Attend scientific conferences or symposiums relevant to your discovery and present your findings to the scientific community. Conferences provide an opportunity to showcase your work and receive feedback, criticisms, and questions from other researchers. Engaging in discussions and addressing any concerns can help strengthen your case.
5. Collaborate with experts: If possible, collaborate with established scientists or research groups in the field who can validate your findings or provide further insights. Collaborators can provide additional resources, expertise, and credibility to your research, enhancing its acceptance within the scientific community.
6. Independent verification: Invite independent scientists or research groups to conduct their own experiments based on your methodology. Allowing others to verify your results independently strengthens the evidence for your discovery.
7. Peer-reviewed publication: If your research passes through the peer review process successfully, it may be accepted for publication in a reputable scientific journal. Publications in recognized journals signify the acceptance and acknowledgment of your discovery by the scientific community.
Remember, gaining acceptance for a new scientific discovery often requires rigorous scientific evidence, reproducibility, and critical evaluation from experts in the field. Continuous refinement and open discussion of your findings are essential to building your case and convincing the scientific world of your novel discovery.