Identical Particles /symmetric and anti symmetric wave function/Quantum Physics/

[岡安一壽-gy]

Hallo !
Unfortunately, in general, neither symmetric nor anti-symmetric wavefunctions can be said to be eigenfunctions of the Hamiltonian.
The wave function for an electron in a hydrogen-like atom with atomic number Z in the ground state
is
RZ(r) is an eigenfunction of HZ=1/(2m)*p^2-Ze^2/(4πε0r).
But RZ(r) is not an eigenfunction of HZ'=1/(2m)*p^2-Z'e^2/(4πε0r), Z'≠Z.
Let us consider the case where a hydrogen-type atom with atomic number Z and a hydrogen-type atom with atomic number Z' are sufficiently separated from each other. And each electron in each atom is in the ground state.
The anti-symmetric wave function
is not an eigenfunction of the Hamiltonian
It should be an ironclad rule of quantum mechanics that the wave function is an eigenfunction of the Hamiltonian.

[asiyaarzoo]

This is the R8 way to make understand someone thank u mam🤗🤗

[tajmohiuddinwani]

I love you mam because your videos always help full me God bless you from kashmir distinct baramulla

[abhinavtiwari]

Mam thoda exam points of view se thoda likhwate bhi jaiye please

[pinkykumari]

Nice explanation ma'am.keep it up!

[sharjeelkhan]

Good lecture Ma'am
Is possible plzz share all links lectures

[pusparathbag]

Mam firstly two fermion can take same state because opposite of its spin then how do u consider the antisymmetric properties from its spatial part, should we mention the product of spatial and spin part as a complete description of the system, ? when one is symmetric other one should be antisymmetric, ..., , , attempt, i dont have any argue about bosons

[babarbahawal]

Morning.Mam in this lecture you told about doing numerical problems relating to writing wave functions in next lecture, but I'm not finding that lecture.Can you kindly help me in this ?

[PawanSingh-chtm]

how would you define identical particles in terms of spin coordinate and position coordinates.

[reet]

Ma'am next subject konsa start hoga??

[bookbuff]

Maam Pls tell the books u refer for quantum mechanics.

[varshajangra]

Mam please msc physics pe bhi videos bnaiye