Week
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Topics
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1
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Application of computational techniques to problems in physics.
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Study Materials: Course Notes: Chap. 1
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2
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Application of computational techniques to problems in physics.
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Study Materials: Course Notes: Chap. 1
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3
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Numerical solution of differential equations.
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Study Materials: Course Notes: Chap. 1
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4
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Numerical solution of differential equations.
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Study Materials: Course Notes: Chap. 2
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5
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Numerical solution of differential equations.
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Study Materials: Course Notes: Chap. 2
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6
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Computation and display of particle trajectories in arbitrary potentials.
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Study Materials: Course Notes: Chap. 3
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7
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Computation and display of particle trajectories in arbitrary potentials.
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Study Materials: Course Notes: Chap. 3
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8
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Introduction to non-linear dynamics.
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Study Materials: Course Notes: Chap. 4
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9
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Random numbers and Monte-Carlo methods.
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Study Materials: Course Notes: Chap. 5
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10
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Random numbers and Monte-Carlo methods.
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Study Materials: Course Notes: Chap. 5
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11
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Random numbers and Monte-Carlo methods.
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Study Materials: Course Notes: Chap. 5
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12
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Numerical implementation of selected methods in mathematical physics.
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Study Materials: Course Notes: Chap. 6
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13
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Numerical implementation of selected methods in mathematical physics.
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Study Materials: Course Notes: Chap. 6
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14
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Numerical implementation of selected methods in mathematical physics.
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Study Materials: Course Notes: Chap. 6
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