Classical and Quantum Description of Chaotic Dynamical Systems (Physics)

R教授詹森是一个领先的研究人员在 关于混沌的经典和量子描述 系统. 通过研究微波的实验结果， 高度激发的氢原子的电离，他计划探索 量子混沌的问题 他特别想学习 经典混沌和量子混沌之间的联系 在 此外，他希望获得新的洞察力， 辐射与物质的相互作用 强耦合多体系统 詹森教授是最活跃、最多才多艺的年轻人 对宇宙的基本问题感兴趣的物理理论家 经典混沌与量子混沌的关系 他拟 研究这个问题的重点是微波的耦合 氢原子辐射。 这项工作提供了一个 最好的机会，探讨明显的不一致， 量子力学和确定性混沌 有很强 理论和实验之间的耦合， 这也包括研究原子在 强烈的外部磁场的影响。 这项研究将 最终让我们更好地理解 量子力学中的半经典方法

Professor R. Jensen is one of the leading researchers in the world regarding the classical and quantum descriptions of chaotic systems. By studying the experimental results for the microwave ionization of highly excited hydrogen atoms, he plans to explore the problem of quantum chaos. In particular, he wants to study the connection between classical chaos and quantum chaos. In addition, he hopes to gain new insight into the strong interaction of radiation with matter and the interaction of strongly coupled many-body systems. Professor Jensen is the most active and versatile young physics theorist interested in the fundamental problem of the relation between classical and quantum chaos. He proposes to study this problem by focussing on the coupling of microwave radiation with atomic hydrogen. This work provides one of the best opportunities to explore the apparent inconsistency between quantum mechanics and deterministic chaos. There is a strong coupling between theory and experiments in the proposed work, which also involves the study of the behavior of atoms under the influence of intense external fields. This research will eventually lead to a greater understanding of the value of semiclassical methods in quantum dynamics.