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Semiclassical initial value representation techniques for chaotic systems
B. R. McQuarrie
, Paul Brumer
Research output
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Contribution to journal
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Article
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peer-review
34
Scopus citations
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Keyphrases
Stationary Phase
100%
Chaotic System
100%
Representation Technique
100%
Semiclassical Initial Value Representation
100%
Representation Method
50%
Initial Value Representation
50%
Wave Function
25%
Semiclassical
25%
Monte Carlo
25%
Truncation
25%
Classical Trajectories
25%
Photodissociation
25%
Franck-Condon
25%
Oscillator Systems
25%
Chaotic Nature
25%
Quartic Oscillator
25%
Frozen Gaussian Approximation
25%
Henon-Heiles Oscillator
25%
Engineering
Stationary Phase
100%
Initial Value
100%
Truncation
25%
Numerical Difficulty
25%
Gaussians
25%
Chaotic Nature
25%
Oscillator
25%
Chemistry
Photodissociation
100%
Gaussian Distribution
100%
Carbon Dioxide
100%
Computer Science
Initial Value
100%
Chaotic Systems
100%
Representation Method
66%
Gaussian Approximation
33%
Mathematics
Initial Value
100%
Wavefunctions
33%
Collinear
33%
Gaussian Distribution
33%
Monte Carlo
33%
Truncation
33%
Chemical Engineering
Chaotic Systems
100%