3 ms·
Thank you, this is why I love HN! Ah, that makes sense! I thought neutrons were hard to store because they were neutral and go right through things, but I gues
by kortex 3y ago
Thank you, this is why I love HN!
Ah, that makes sense! I thought neutrons were hard to store because they were neutral and go right through things, but I guess cold neutrons can be stored (at least until they decay into protons).
Is it expected that pEDM ~= nEDM, since they are uud and udd?
- vihren 3y agoI cannot find the citation right now, but the p and n EDMs are expected to be close to each other ~1e-32 e.cm. One part is that they are uud and udd and the other thing to consider is that the quarks make up only ~2% of the proton/neutron mass. Most is binding energy and a soup of virtual quarks and gluons and in that regard they are even more similar I think. I am not very familiar how theoreticians calculate the EDM of such complex particles though. On a side note, 'ultra cold neutrons' are a super interesting type of matter. Their energy is so low that they can be stored in bottles and are transported through tubes using turbines and mechanical valves.