The DO experiment is sited at a high-energy particle accelerator, the Tevatron Collider, at the Fermi National Accelerator Laboratory (Fermilab) in Batavia, Illinois, USA. Fermilab is a High-Energy Physics research laboratory operated by Universities Research Association for the US Department of Energy. The D0 Detector is located in the Tevatron where protons and anti-protons traveling close to the speed of light in opposite directions collide. The purpose of the D0 detector is to study these high-energy particle interactions. A component of the D0 Detector is the Central Fiber Tracker (CFT). The CFT is constructed of scintillating fibers that are organized together in a very precise array of ribbons, placed onto a structure formed by eight co-axial cylinders. The energy deposited into a scintillating fiber by particle interactions is transformed into visible light. The light travels through the scintillating fiber and through an optical (clear) fiber connected to it, reaching a very sensitive light detector, the Visible Light Photon Counter (VLPC), hosted in a liquid helium cryostat.