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(c) Examples of exotic looped trajectories arising from the higher order terms in equation (8).
In our experiment, the contributions from looped trajectories are quantified through the Sorkin parameter by measuring the terms in equation (3).
let us analyze the three terms in Equation (25) individually.
The interpolated terms in equation (16) can be expanded.
The last two terms in Equation 1 correspond to the attraction between electron and ions.
The three terms in Equation 19 are the beam, sky-diffuse, and ground-reflected components, respectively.
Since ∂q/∂P < 0, the first two terms in equation (6) are positive.
For the last four terms in Equation (10), it can be shown that their mean are all zero.
In [16, 17] closed form expressions were presented for the expected value of the exponential terms in Equation (7).
Because the carbon atoms in the plate were frozen, the velocity terms in Equation (4) were zero-valued.
As the corollary in above shows, in most of the times, this case is equivalent to eliminating the quadratic terms in Equation (26).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com