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Below 10�G, the levitation gradient distorts the trapping potential too strongly for consistent measurements
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Iteration steps are as follows: (i) Choose values for (Formula presented) and (Formula presented). (ii) Using these values, calculate a best fit of the solution of Eq.� 3 to the temperature measurements, with (Formula presented) as the single fit parameter. (iii) Calculate the error sum of squares (Formula presented) between the atom number measurements and the solution of Eq.� 2. Steps (i)–(iii) are repeated while varying (Formula presented) and (Formula presented) to minimize (Formula presented) using a nonlinear optimization algorithm
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Iteration steps are as follows: (i) Choose values for (Formula presented) and (Formula presented). (ii) Using these values, calculate a best fit of the solution of Eq.� 3 to the temperature measurements, with (Formula presented) as the single fit parameter. (iii) Calculate the error sum of squares (Formula presented) between the atom number measurements and the solution of Eq.� 2. Steps (i)–(iii) are repeated while varying (Formula presented) and (Formula presented) to minimize (Formula presented) using a nonlinear optimization algorithm
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matlab 6.5 R13, optimization toolbox, function lsqnonlin
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matlab 6.5 R13, optimization toolbox, function lsqnonlin.
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(Formula presented) is predicted to undergo one full oscillation period between 0 and (Formula presented) when (Formula presented) varies by a factor of 22.7
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(Formula presented) is predicted to undergo one full oscillation period between 0 and (Formula presented) when (Formula presented) varies by a factor of 22.7
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23
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85038267724
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We include a correction
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We include a correction
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