If \(m_e\) is at \(a_\psi\) in orbit around the center, then there are kinetic energy unaccounted for. \(m_e\) at the center can be stationary, but the system will lose symmetry. Both cases are mathematically possible.
Sunday, December 14, 2014
Where's Wally?
The problem is, for an electron with mass, where is its mass located?
If \(m_e\) is at \(a_\psi\) in orbit around the center, then there are kinetic energy unaccounted for. \(m_e\) at the center can be stationary, but the system will lose symmetry. Both cases are mathematically possible.
If \(m_e\) is at \(a_\psi\) in orbit around the center, then there are kinetic energy unaccounted for. \(m_e\) at the center can be stationary, but the system will lose symmetry. Both cases are mathematically possible.
