by Nicholas Callis

Say I am in my bedroom and I want to go to the kitchen. The most efficient path, being a straight line, is obstructed by a wall. Let’s also say that I am… inexperienced in traversing my home. I plot my kitchen- bound course and, of course, I am impeded by the wall. What is my next plan of action? Continuing on my path, I can by no means make any progress to the kitchen.
As absurd as this analogy is, there is a parallel to modern ghost hunting. The assortment of tools and techniques used by the majority of paranormal investigators is fully known to be found lacking, to say the least. So why not abandon the K2 meters and digital thermometers? Why continue talking to dictaphones and “going dark”? It’s time we give up the ghost, so to speak, and make a course adjustment in the field of paranormal investigation.

While many make the claim, I have yet to see a ghost hunting team employ the scientific method. But why, you might ask, would we use the scientific method when investigating phenomena outside the realm of science? Well, to those who would ask this, know that the term paranormal does not mean outside the realm of science, but maybe more precisely, seemingly outside the realm. You see, by claiming that it is, indeed, outside of science’s reach, you are making leap of judgement about a phenomenon that has no true characteristics that have been documented or established by the field at large.
The reader should also be aware that the term science does not represent a body of knowledge, but a method of pursuing truth. An endeavour that I would assume appeals to all ghost hunters.

So, where does it all begin then? How do we tackle these extraordinary claims using science? Simple, We employ a Null Hypothesis! A null hypothesis is a prediction made by the investigator that they try to disprove or nullify. So, for example, instead of beginning an investigation by deliberately seeking the paranormal explanation, instead propose that all the claims are the effect of natural causes. Then you simply create tests to either confirm or reject your proposal. k2 meters and digital voice recorders don’t come into play. And why should they? There is no empirical evidence to support their use and so, should be discarded.

The next step is creating and performing tests to disprove your prediction. This would entail creating events and circumstances that would produce the effect of the paranormal claim. If they are successful, you will have supported your hypothesis that the phenomena was indeed natural. Of course, we should keep in mind that unexplained does not mean unexplainable. In other words, if your tests fail, it is still unwise to jump to the paranormal conclusion, since you may not have all of the factors at your disposal. Whatever caused the phenomena in question took place in an uncontrolled environment, so there are bound to be lurking variables that you cannot possibly account for. The most important thing to know is that it’s OK to say “I don’t know”.

Finally, we come to the results and what to do with them. Instead of pouring over hours of audio and video, searching for anomalies, publish your collected data (consisting of the claims, your hypothesis, and your tests) to a blog or your team’s facebook page so that your peers and colleagues can review and repeat the tests you created and add valuable input to your investigation.

Hopefully I’ve made a case for progression in paranormal research. While I understand that it may be hard to reject the familiar form of “tradition” in ghost hunting, we should all make sure not to trade what is rational for ritual.


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