Abstract
Nonlinear dynamics in quantum theory is an old area which has received considerable recent impetus. In particular, the possibility and detection of chaos in the quantum realm is a topic with far-reaching consequences. The time-independent features of quantum systems with classically chaotic counterparts had been explored before by a number of workers. However, dynamical signatures of chaos in quantum systems independent of classically chaotic counterparts is still a relatively new area of research. This article recounts our research in that direction which yielded (1) a new dynamical signature of quantum chaos; (2) a methodology to discuss chaos even for systems where classical analogues do not exist; and (3) a connection between the dynamics of atomic and molecular systems under strong external forces and dynamical quantum chaos. These aspects are briefly described here.
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Acknowledgements
MS thanks IIT Kanpur (IITK/CHM/2018419) and SERB (SRG/2019/00036) for partial support. BMD gratefully acknowledges the pleasure of collaborating with his former doctoral and post-doctoral co-workers over five decades.
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MS acknowledges IIT Kanpur for initiation grant IITK/CHM/2018419 and SERB, India for start-up research grant SRG/2019/00036 for partial support.
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The authors felicitate Professor Pratim Kumar Chattaraj on his sixty-fifth birth anniversary and congratulate him on his significant contributions in theoretical chemistry.
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Sadhukhan, M., Deb, B.M. Quantum chaos in atoms and molecules under strong external fields. Theor Chem Acc 142, 47 (2023). https://doi.org/10.1007/s00214-023-02984-z
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DOI: https://doi.org/10.1007/s00214-023-02984-z