Global Consciousness Project

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The Global Consciousness Project, (GCP) also called the EGG Project, is an international collaboration of about 100 research scientists and engineers. It is based on technology developed at Princeton to study interactions of consciousness with physical systems. The GCP has been collecting data from a global network of random event generators since August, 1998. The network currently maintains about 65 sites around the world running custom software that reads the output of physical random number generators and records a trial (sum of 200 bits) once every second, 24/7, continuously over months and years. The data are transmitted over the internet to a server in Princeton, NJ, USA, where they are archived for later analysis. The result is a database of synchronized parallel sequences of truly random numbers. The research question is whether there are deviations from randomness correlated with major events that engage the attention of large numbers of people. Such correlations are interpreted as reflecting the presence and activity of consciousness in the world.

1 Research
2 Criticism
3 External links
4 See also

[edit] Research

The research examines the output of some 65 networked hardware random number generators located around the world. The remote devices have been dubbed Princeton Eggs, where EGG is short for electrogaiagram, a play of words on electroencephalogram and Gaia [1]. The general hypothesis holds that events that have a significant human impact may affect the randomness of the data from these generators in a statistically significant way.

Roger D. Nelson developed the project as an extrapolation of two decades of experiments from the Princeton Engineering Anomalies Research Lab (PEAR) which repeatedly show that electronic noise-based, truly random number generators (RNG or REG) seem to be intentionally influenced to bring about a less random sequence of data - in other words, that human intention can reduce natural entropy and create greater coherence within a random series of events.

In an extension of the laboratory research called "FieldREG", investigators examined the outputs of REGs in the field, before, during and after highly focused or coherent group events. The group events studied include intense psychotherapy sessions, captivating theater presentations, religious rituals, popular sports competitions, like Football World Cup, and high-interest television broadcasts like the Academy Awards (Bierman, 1996; Blasband, 2000; Nelson, 1995, 1997; Nelson et al, 1996, 1998a, 1998b; Radin, 1997; Radin et al, 1996;)

Results of these studies suggest that mind and matter are entangled in some fundamental way, and in particular that focused mental attention in groups is associated with non-random fluctuations in streams of truly random data.

The group consciousness FieldREG studies were extended to global dimensions in studies looking at data from 12 independent REGs in the US and Europe during a web-promoted "Gaiamind Meditation" in Jan. 1997, and then in Sept. 1997 during the Princess Diana funeral ceremonies. The results suggested it would be worthwhile to build a permanent network of continuously running REGs. This became the EGG project or GCP, which began operation in 1998, collecting and archiving a continuously growing database. At each node in the network, the RNG is sampled once per second to produce a 200-bit trial sum that is recorded and transmitted over the Internet to Princeton, NJ, for archiving and analysis. Pre-planned tests indicate that many "global events" do correspond to deviations from randomness in the data.

The formal analysis consists of a series of replicated tests of the basic hypothesis that the data will show deviations from statistical expectation that are correlated with major events in the world. Before the data are examined, a hypothesis test is fully defined: The beginning and end of the data segment to be analysed and the statistical test to be used are specified in the GCP Hypothesis Registry. All the pre-specified analyses are reported and all are included in composite statistics.

The most striking example of the hypothesized correlation is the EGG network's apparent reactions to the September 11 attacks. Statistical measures during that day showed extreme deviations, larger than found during any other day in three years of prior data. However, the best evidence for the hypothesis of an effect of mass consciousness according to the GCP is the continuing series of formal hypothesis tests. Over the eight-year history of the project, more than 200 events have been assessed. The majority show small departures from random expectation corresponding to the predictions, and the odds against chance for the composite outcome are greater than 500,000 to 1. [2]

Peer reviewed publications include a methodology description in the Journal of Parapsychology, an examination of the data surrounding Sept 11 2001 in Foundations of Physics Letters, and a descriptive article in the Journal of Scientific Exploration. A recent mainstream publication is in the Proceedings of the AAAS for a symposium on retrocausation in June 2006.

[edit] Criticism

The methodology of the Global Consciousness Project has been questioned. Most of this criticism centers on how the data are selected and interpreted. Spikes and fluctuations are to be expected in any random distribution of data, and there is no set time frame for how close a spike has to be to a given event for the GCP to find a correlation. For example, on September 11, 2001, it was alleged that spikes that occurred hours before the attacks were themselves caused by the attacks, implying backwards causality or subconscious mass precognition.

Another criticism is that there is no objective criterion for determining whether an event is significant. Events are seemingly arbitrarily selected post-hoc, and only the data from that time period are observed. Data from other time periods are ignored, whether or not they may display similar fluctuations. This allows opportunity for selection bias.

Also, there is no correlation between degree of significance and type or magnitude of fluctuations observed. Since the GCP has posited that individual emotions are too weak to be measured, but that confluence of emotion and mental state in the world cause data deviation in their random number generators, one would expect a greater global awareness to magnify the results proportionately, but this has not been observed—the GCP tends to find their correlation whether the global event under consideration affected a few hundred or a few hundred million individuals.

Finally, it has never been satisfactorally explained through what mechanism random number generators would respond to human thoughts, even theoretically. There are two distinct claims: The claim that some sort of global consciousness field exists is being tested by assuming a different, independent claim that such a global consciousness field affects random number generators. Random number generators function by applying algorithms to white noise. No analysis of white noise itself has ever found a correlation or pattern corresponding to meaningful world events.