SPACITY EXPLAINS TWO-SLIT EXPERIMENT Continued…

Light is sent as a stream of photon through single slit. Each photon in this beam of light has an energy sphere radiating outwards. Since each energy sphere is unique to each photon, they do not interfere with each other, either before or after crossing the slit. The same situation continues when the photons pass through single slit. After crossing the slit they continue in straight line, as before the slits. Thus, light is seen travelling in a straight line.

Light is sent as a stream of photon through two slits. Since energy sphere of respective photon do not interfere with energy spheres of others, let us concentrate only on one photon. The energy sphere of photon reaches the slit before the photon does. When the energy sphere passes through two slits, they act like two identical spheres emanating from same photon. Since the signature is same, these two spheres interact with each other and create a pattern of interference. Along with that they also create a path of least resistance for the photon to follow. Each photon that makes up the light beam, has been laid up with a unique path to follow. This path follows the crests and troughs defined on the spherical shape of the energy sphere.

Photons are sent one at a time. This is one photon travelling with its energy sphere ahead of it. So, the energy sphere of the first photon passes through the two slits. After passing through the two slits this energy sphere splits into two energy spheres emanating from two identical sources. The two spheres can interfere with each other since both are identical twins. They create an interference path. When the photon reaches the slits and passes through one of them it has many paths to follow but within the band of crest and trough. It chooses a path of least resistance. It will fall on one of the possible spots within the interference band that would have been created when sent together. The process is repeated with the next photon. As can be seen the photons spread themselves along the vertical band. This is because the path is along the sphere’s surface and hence covers the entire height of the sphere.

Detector is placed to understand the behaviour of the photon after it passes the slits. In trying to detect the presence of an atom, the detector has to spread out a pattern of its own waves, so that when the photon crosses the slits it detects it presence. But before encountering the photon, the detector beams have to face off with waves of the energy sphere. Now you can see that the waves from the detector beam box-in the energy spheres. Since the detector receives the bounced off waves, the energy spheres are boxed in from both left and right sides. Thus, not allowing the interference pattern to take shape. The photon is now forced to choose limited paths corresponding to the slit widths and hence we see the light travelling in a straight line. 

When the detector is switched off, there are no waves from detector boxing in the energy spheres. Conditions revert to the one in either Spooky, Spookier condition and the same explanation holds good.

Thus, it is seen that Spacity Hypothesis explains the spooky behaviour fair and square. Not spooky after all!