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The vast majority of simulation approaches are based on physics models which can become complex and require specialised knowledge.
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However, in presence of spaces in which curved surfaces clearly prevent diffuse field behaviour from being established, things become more complex and require more sophisticated tools (or, better, combinations of them) to be fully understood.
When transport rates are comparable with those of metabolism or excretion, the distribution models become more complex and require kinetic data for characterization.
However, the pulse characteristics become quite complex and require detailed understanding of velocity profiles within the pore for proper extraction of material properties from the ion current signature.
The dough becomes complex and nuanced.
Soon, routine missions became complex and dangerous.
But once a society becomes complex enough to require more abstract counting, higher numerals are needed.
They are complex and require significant time to teach, absorb and become effective for life after school.
They are complex and require specialist knowledge.
Eating disorders are complex and require a comprehensive treatment plan.
To overcome these process incompatibilities and keep the 'effective dielectric constant' low, dual damascene architecture becomes more and more complex and requires additional steps (porosity sealing treatment, degas steps, supercritical CO2 clean, low k dielectric barrier, self aligned barrier…).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com