Though counts were obtained in both vertical and horizontal positions these preliminary results show a slight increase in counts for the vertical position which gives some hope that this increase can be accounted for by quantum entanglement. However more runs will need to be made to obtain enough data to be statistically viable.

There is some reason to believe we are seeing the effects of quantum entanglement in our study however we would like to see a more drastic reduction in counts for the horizontal position. We may be capable of doing this by reducing the size of our target so that we do not obtain as many coincidences from photons as a result of multiple scattering. However, by reducing the size of our target it will be necessary to have a more active source so that counts can be maintained. If a more active source is used this will most certainly increase background noise but it will as well increase our ability place our detectors further from the source giving us a better solid angle and increasing our ability to add shielding in the direct line between the source and the target. It would be useful as well to build a structure so that coincidence counts could be made at angles between our horizontal and vertical position as we expect this to follow a sine squared distribution.