Exponential Lattices as Regularizers in Quantum Mechanics
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概要
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By discretizing Schrodinger operators within the framework of bilateral Jacobi matrices, acting in l^2, one obtains a regularization procedure for Rayleigh-Schrodinger perturbation series.The mathematical background of this procedure is elaborated and fits into Kato's theory of regular perturbations.Considering a discretized oscillator algebra, one can relate these general results to concrete examples of anharmonic oscillators.The obtained results clearly support the basic strategies of lattice field theories with high complexity : Compared to quantum mechanics, it is well known that there exist more sophisticated, but in principle similar procedures in lattice quantum chromodynamics.Also the exponential lattice that we will consider imposes a regularization of singularities.By this q-lattice regularization, these singularities drop out of the Rayleigh-Schrodinger series we address.
- 理論物理学刊行会の論文
- 2000-07-14
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関連論文
- Exponential Lattices as Regularizers in Quantum Mechanics
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