# Important flaws in quantum mechanics.

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## Schrödinger hydrogen atom "lacks" reality. Period.

### [ Radial kinetic energy is "negative", but angular energy is always "positive" ! ]

*(Sh-1) Schrodinger hydrogen 2p wavefunction, negative kinetic energy parts. *

Schrodinger's "**2p**" wavefunctions contain **radial** and *angular* (= tangential ) **kinetic** energies.

As shown in this, this (3),
**angular** kinetic energy **diverges** to *infinity* as the inverse square of r ( 1/r^{2} → ∞, r → 0 ).

To **cancel** this *increasing* **angular** kinetic energy, the **radial** kinetic energy must be **negative** ( 1/2mv^{2} < 0, see ① ). So, radial kinetic energy is **negative** (= *unreal* ), but angular kinetic energy is **positive** !

Because the angular momentum must be always **conserved** (= always *positive* ).

Schrodinger's hydrogen contains *two* **unrealistic** parts on its **both** sides ( see this p.2, this p.3, this Fig.1 ).

Of course, in this *real* world, **separating** total kinetic energy into *positive* (= angular ) and **negative** (= radial ) is **impossible**. So Schrodinger's wave functions lack reality from the beginning.

In multi-electron atoms, wavefunctions **cannot** satisfy energy *conservation*. So **unreal** and incorrect.

This means **asking** wavefunction itself is **meaningless**, like NYTimes and Sean.

2015/4/18 updated. Feel free to link to this site.