New Models to Describe Nuclear Structure

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SUMMARY

The discussion centers on the exploration of nuclear structure, specifically addressing the prevalence of alpha radiation compared to neutron or proton emissions, the rarity of nuclear isomers like Tantalum, and the absence of large neutron clusters in stable nuclei. The participant references a model proposed by two Ph.D.s but expresses uncertainty regarding its credibility due to a lack of peer-reviewed publications, noting that the only available presentation was from an APS regional meeting in 2010. The conversation emphasizes the importance of adhering to standards of scientific rigor, particularly the necessity of peer-reviewed sources for validation.

PREREQUISITES
  • Understanding of nuclear physics concepts, particularly alpha radiation and nuclear isomers.
  • Familiarity with the significance of peer-reviewed publications in scientific discourse.
  • Basic knowledge of nuclear stability and the role of neutrons in atomic structure.
  • Awareness of scientific presentation formats, such as those used in APS meetings.
NEXT STEPS
  • Research the mechanisms behind alpha radiation and its prevalence in nuclear decay.
  • Investigate the characteristics and formation of nuclear isomers, focusing on Tantalum.
  • Explore the concept of nuclear stability and the role of neutron clusters in various isotopes.
  • Review the standards for scientific publication and the importance of peer review in validating research findings.
USEFUL FOR

Amateur physicists, students of nuclear physics, and researchers interested in the complexities of nuclear structure and the criteria for scientific validation will benefit from this discussion.

jakewayd
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Hello all, I'm an amateur interested in nuclear structure. I'm interested in the (by now) age old questions of "Why is alpha radiation so much more prevalent than simple neutron or proton emission?" and "Why aren't nuclear isomers like Tantalum a lot more common or identified?" and especially "Why aren't huge clusters of neutrons found in stable nuclei?"

I believe these two Ph.D.s at the following website have a viable model, but I'm not someone to judge the credibility of their work (I'm a B.S. in Electrical Engineering with a Math minor).

[Crackpot link deleted]

Thanks for you opinions and facts in advance!
 
Last edited by a moderator:
Physics news on Phys.org
Sorry, that link is full of crackpottery.
 
Besides their web site, the only other "publication" of their model that I can find is a presentation at an APS regional meeting in 2010. I can't even find any preprints on arxiv.org, where authors usually post articles that have been submittted for publication somewhere. This doesn't meet our usual standards for discussion (publication in a peer-reviewed journal).

(click on the "Rules" link at the top of any page here and note the section Overly Speculative Posts.)
 

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