Quantum-optical states in finite-dimensional Hilbert space. II. State generation

TL;DR

This paper discusses a physical model for generating truncated coherent and squeezed quantum states within finite-dimensional Hilbert spaces, advancing quantum state engineering techniques.

Contribution

It introduces a novel physical model for the generation of truncated quantum states in finite-dimensional Hilbert spaces, expanding quantum state control methods.

Findings

Proposes a physical model for state generation

Demonstrates feasibility of truncated state creation

Enhances quantum state engineering capabilities

Abstract

In the second part of our review (for the first part see quant-ph/0108080), we discuss a physical model for generation of "truncated" coherent and squeezed states in finite-dimensional Hibert spaces.