Anonymous
(ID: tpHDLymR)
8/23/2025, 1:48:24 PM
No.513781764
8/23/2025, 1:48:24 PM
No.513781764
>>513781500
>>513781634
Atoms in their ground state are stable and maintain consistent sizes unless acted upon (e.g., excitation, ionization, or chemical bonding). There's no known mechanism in quantum mechanics or atomic physics where all atoms gradually expand over time. Your earlier mention of atomic decay weakening magnetic fields and expanding electron orbits doesn't align with radioactive decay processes which involve discrete nuclear transformations (e.g., alpha, beta emission) without gradual orbit expansion.
>>513781634
Atoms in their ground state are stable and maintain consistent sizes unless acted upon (e.g., excitation, ionization, or chemical bonding). There's no known mechanism in quantum mechanics or atomic physics where all atoms gradually expand over time. Your earlier mention of atomic decay weakening magnetic fields and expanding electron orbits doesn't align with radioactive decay processes which involve discrete nuclear transformations (e.g., alpha, beta emission) without gradual orbit expansion.