Novel comparison theorems extend spectral bounds to quantum state overlaps, spatial distributions, and excited-state nodes. Results apply to asymmetric potentials and include optimized Yukawa-Hulthén binding estimates.
#QuantumTheory #SchroedingerOperators #Research
#QuantumTheory #SchroedingerOperators #Research
Comparing Schrödinger Eigenstates Beyond Energy Bounds
arxiv.org
October 30, 2026 at 8:04 AM
Novel comparison theorems extend spectral bounds to quantum state overlaps, spatial distributions, and excited-state nodes. Results apply to asymmetric potentials and include optimized Yukawa-Hulthén binding estimates.
#QuantumTheory #SchroedingerOperators #Research
#QuantumTheory #SchroedingerOperators #Research
Novel comparison theorems extend spectral bounds to quantum state overlaps, spatial distributions, and excited-state nodes. Results apply to asymmetric potentials and include optimized Yukawa-Hulthén binding estimates.
#QuantumTheory #SchroedingerOperators #Research
#QuantumTheory #SchroedingerOperators #Research
Comparing Schrödinger Eigenstates Beyond Energy Bounds
arxiv.org
October 30, 2026 at 8:04 AM
Novel comparison theorems extend spectral bounds to quantum state overlaps, spatial distributions, and excited-state nodes. Results apply to asymmetric potentials and include optimized Yukawa-Hulthén binding estimates.
#QuantumTheory #SchroedingerOperators #Research
#QuantumTheory #SchroedingerOperators #Research