Overview
▶
What this is.
The shape.
On admissions (“sorries”).
A note on Physlib.
1
Foundations: the shared backend
▶
1.1
Labeled decompositions
1.2
The highest-weight / Weyl boundary
2
System structures
▶
2.1
Bosonic CCR / Fock
2.2
\(\mathfrak {sl}_2\), angular momentum, and commuting pairs
2.3
The orthogonal engine
3
The harmonic oscillator
▶
3.1
Schwartz space
3.2
Spectrum: the one analytic admission
3.3
The Hamiltonian
3.4
Classification and quantum numbers
3.5
Summary leaves
4
The hydrogen atom, general dimension
▶
4.1
The concrete operators
4.2
Schwartz space
4.3
Spectrum: the one analytic admission
4.4
Classification
4.5
Quantum numbers
4.6
Summary leaves
5
The exceptional case: \(d=3\)
▶
5.1
The \(\mathfrak {so}_4\) decoupling
5.2
Spectrum: the capstone, three admissions
Dependency graph
QuantumRepresentationTheory
Tom Ole Diem
Overview
What this is.
The shape.
On admissions (“sorries”).
A note on Physlib.
1
Foundations: the shared backend
1.1
Labeled decompositions
1.2
The highest-weight / Weyl boundary
2
System structures
2.1
Bosonic CCR / Fock
2.2
\(\mathfrak {sl}_2\), angular momentum, and commuting pairs
2.3
The orthogonal engine
3
The harmonic oscillator
3.1
Schwartz space
3.2
Spectrum: the one analytic admission
3.3
The Hamiltonian
3.4
Classification and quantum numbers
3.5
Summary leaves
4
The hydrogen atom, general dimension
4.1
The concrete operators
4.2
Schwartz space
4.3
Spectrum: the one analytic admission
4.4
Classification
4.5
Quantum numbers
4.6
Summary leaves
5
The exceptional case: \(d=3\)
5.1
The \(\mathfrak {so}_4\) decoupling
5.2
Spectrum: the capstone, three admissions