nomorefakenews.com February 14 2013
A recent Bonn University study suggests we may all be living in a virtual simulation. If a pixel-lattice that forms the background of this universe is presenting us with an all-encompassing “television picture” of reality, then the whole space-time continuum could be a rigorously designed artifact.
But another study, this one using a small number of meditators, pushes our understanding even further.
Dean Radin, the author of two groundbreaking books on controlled paranormal experiments, The Conscious Universe and Entangled Minds, spoke at a January conference, Electric Universe, in New Mexico. He described his recent pilot study on time and precognition.
A small group of advanced meditators who use the “non-dual” technique, were tested. While meditating, they were subjected to random interruptions: a flash of light and a beeping sound. Measuring their brain activity, Radin found that significant brain changes occurred BEFORE the light flashes or the beeps.
A control group of non-meditators were tested in exactly the same way, but their brain measurements revealed NO such changes.
In other words, the brains of the meditators anticipated the timing of the unpredictable interruptions.
The future was registering now. This, of course, opens up another way of thinking about time.
Serial time, the idea that, in this continuum, we experience a smooth progression of moments, with the present becoming, so to speak, the future, is the conventional view. But suppose that is a grossly limiting and sketchy premise?
Suppose that, for those who can be aware of it, the future is bleeding into the present? It is making an impact “before it happens.”
The non-dual method of meditation seeks to eliminate walls between “now and then, you and I, here and there.” It has also been studied by Zoran Josipovic (New York University). In 2012, Josipovic and colleagues found that, for non-dual meditators, two areas of the cerebral cortex, loosely labeled “external” and “intrinsic,” shifted their operating basis.