IIRC, 'bound' neutrons have a near-indefinite half-life.
'Free' neutrons, though decay, but at rather different rates depending on how measured.
Error beyond 'experimental variation': Is real, and scary.
Now looks like conundrum solved: 'Hot' neutrons, as a reactor beam, may include a proportion of 'excited' states, with different half-lives to that of 'cold' ground-state.
This would nicely 'square the circle', resolve the differences between the two techniques.
Also, such excited neutrons may open interesting new physics. Still within standard model, alas, but like finding a plastered-over door in hall-way wall...
The neutron lifetime problem—and its possible solution
https://phys.org/news/2024-10-neutron-l ... ution.html
Neutron life-times...
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Neutron life-times...
Last edited by Nik_SpeakerToCats on Wed Oct 16, 2024 6:51 pm, edited 1 time in total.
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Re: Neutron life-times...
snark:
Okay, who'll be first to propose a 'NASER' ??
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Okay, who'll be first to propose a 'NASER' ??
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Re: Neutron life-times...
I could blame Google Chrome's Spiel Chequer, but let's just say a hi-vis kbd is arriving Saturday...
Hmm: Just as alkanes and halogens need a UV zap to react, and 'polite' explosives need det-cord, must wonder if 'excited' neutrons have very different 'Barns' to 'ground state', and what use they could be...
Hmm: Just as alkanes and halogens need a UV zap to react, and 'polite' explosives need det-cord, must wonder if 'excited' neutrons have very different 'Barns' to 'ground state', and what use they could be...
Re: Neutron life-times...
No kink-shaming neutrons!