Detection of Prior Conscious Observation Using Subliminal Primes Derived from Quantum Events

In the orthodox interpretation of quantum mechanics, quantum phenomena remain in a state of superposition until the act of measurement, which then collapses the wavefunction into a specific state. One of the many alternatives to this interpretation is the notion that collapse does not occur at the point in which quantum phenomena interact with a physical measurement device (such as a Geiger counter) but only at the point where the outcome of that measurement interacts with a conscious observer. This gap between the measurement device and the conscious observation of its output can be exploited to create a means of detecting prior observation. Specifically, this gap allows for macro level superpositions to be created, the effects of which can be measured by leveraging subliminal priming methodologies from cognitive psychology. For more information visit: testingtheccc.com.