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Using the simulation framework of the SiD detector to study the Higgs -> mumudecay channel showed a considerable gain in signal significance could beachieved through an increase in charged particle momentum resolution. Howevermore detailed simulations of theZ -> mumu decay channel demonstrated thatsignificant improvement in the resolution could not be achieved through anincrease in tracker granularity. Conversely detector stability studies intomissing/dead vertex layers using longer lived particles displayed an increasein track resolution. The existing 9.15 cm x 25 {\mu}m silicon strip geometrywas replaced with 100 x 100 micrometers silicon pixels improving secondaryvertex resolution by a factor of 100. Study into highly collimated eventsthrough the use of dense jets showed that momentum resolution can be increasedby a factor of 2, greatly improving signal significance but requiring areduction in pixel size to 25 micrometers. An upgrade of the trackergranularity from the 9.15 cm strips to micrometer sized pixels requires anincrease in number and complexity of sensor channels yet provides only a smallimprovement in the majority of linear collider physics.

Performance studies of a pixel tracker in the Silicon Detector (SiD) concept for a future linear collider