Orb Photographs Holograms and Quantum M Photograph - Limited Edition of 1

Hello I' am a spiritual teacher: When ever I take a photo beautiful Orb seem to appear in all of my Photographs. Do you see the little blue fairy on the tip of my finger. Since my childhood a lot of unusual phenomenon's has happen to me. Many spiritual teachers tell me that I have more power in projecting whats to come and I just had to except my spiritual power's. I was always fascinated by holograms. The reason was the science fiction movie Star Wars and in 1984, with Princess Leia spoke these famous words in a hologram, projected from the droid R2D2. Numerous holograms also appeared in science fiction movies like Star Trek, Avatar, and Promotheus. Could these science fiction movies have predicted a holographic future already way back then? What will happen with the development of the 3D technology in Blue Ray, cinemas, the internet or in other areas? Could the idea of a holographic mind or brain be a breakthrough? We also hear different psychics, channels and spiritual teachers talking about the Akashic Field of information being of a holographic nature. And what does science tell us about holograms? In this article I will offer you a few glimpses of holograms in the world of science and spirituality. Enjoy the ride with me! - See more at: http://www.scienceandnonduality.com/the-holographic-future-from-science-fiction-to-reality? Holograms and Quantum Mechanics Stanford physicist Leonard Susskind and Nobel prize winnerGerard `t Hooft have each presented calculations showing what happens when you try to combine quantum and relativistic descriptions of space-time. They found that, mathematically speaking, the fabric should be a 2D surface, and the grains should act like the dots in a vast cosmic image, defining the resolution of our 3D universe. Quantum mechanics also tells us that these grains should experience random jitters that might occasionally blur the projection and thus be detectable. Stanford professor in psychology and psychiatry, Karl Pribram and others noted similarities between brain processes and the storage of information in a hologram, which also uses Fourier Transformations. In a hologram, any part of the hologram with sufficient size contains the whole of the stored information. In this theory, a piece of a long-term memory is similarly distributed over a dendritic arbor so that each part of the dendritic network contains all the information stored over the entire network. This model allows for important aspects of human consciousness, including the fast associative memory that allows for connections between different pieces of stored information and the non-locality of memory storage (a specific memory is not stored in a specific location, i.e. a certain neuron). A new experiment: The Holometer The Department of Energy’s Fermi National Accelerator Laboratory is engaging in an interesting experiment that bears the sci-fi name The Holometer. The goal is to answer some questions about the universe, including whether or not we actually live in a hologram. Characters on TV are 3D, but they ‘exist’ on a 2D screen. In the same way, we could be blissfully unaware that our 3D universe is just an illusion. It could very well be that you and me and everything in between, seemingly solid, is nothing more than a hologram. Matter is the result of a frequency, even the matter that makes up ‘you’, the chair you’re sitting in, the house you live in, the dog you’re petting; everything. If frequencies are amplified, the structure of matter will change. Equally, if you change anything about the hologram, you can change the entire system. So what happens when you sit too close to your TV? You’ll notice pixels. The tiny points of light that make a perfect image if you take a step back. Scientists have begun to think that the universe’s information may be packed up in the same way. But this ‘pixel’ could be 10 trillion times smaller than an atom – what physicists refer to as the Planck scale. Some theoretical physicists suspect that space-time is pixelated. It’s grainy, in a way. And since a 2D surface can’t store the necessary information to render a 3D object, these pixels would be larger in a hologram. “Being in the [holographic] universe is like being in a 3D movie,” says Craig Hogan of Fermilab in Batavia Illinois. “On a large scale, it looks smooth and three dimensional, but if you get close to the screen, you can see that it is flat and pixelated.” “We want to find out whether space-time is a quantum system just like matter is,” Hogan continues. “If we see something, it will change the ideas about space we’ve used for thousands of years.” The experiment seeks to probe the limits of the universe’s ability to store information. What they call “Holographic noise” is expected to be present in all frequencies, but the scientists’ challenge is not to be fooled by other sources of vibrations. The Holometer is testing a frequency of millions of cycles per second, incredibly high, so the motions of normal matter won’t cause any confusion. A positive result will open a whole new avenue of questioning about how space works. If this experiment yields a positive result, it would change every assumption we have about the world we live in. It would show that everything is a projection from a flat surface, possibly billions of light years away. The Holometer experiment will gather data in 2015. Find out more about the experiment here. Holographic future technology and computer simulation In 2015, Amazon (the American international e-commerce company) plans to unveil a new smartphone with a 3D holographic display. According to the most recent murmurings on the subject – from no less than the Wall Street Journal – the device creates stereoscopic images without the need for 3D glasses by tracking the position of each of the user’s eyes and projecting the appropriate image into each. Other companies are working on similar tech, and a startup called Liquid 3D aims to specialize in providing depth-defying screens for other vendors. In 2011, while promoting the 3D movie HUGO (2012), visionary movie director Martin Scorsese said: “The idea of holographic movies is an inevitability. If everything moves along and there’s no major catastrophe, we’re headed toward holograms. You have to think that way. Don’t let fashion and economics inhibit you.” What if the whole universe is like a computer simulation, as we can see in the movie The Matrix? Plato wondered about if the world as we perceive it is an illusion. Furthermore, standard computer models are based on a 3D grid. If the universe is a vast grid, the motions and distributions of high-energy particles called cosmic rays may reveal similar anomalies. In 2013, a paper by MIT engineer Seth Lloyd builds a case for an equally exciting concept: If space-time is made of quantum bits, the universe must be one giant quantum computer. And if the universe is a computer program, who or what wrote the code? Holographic view of spirituality, non-duality and mystical experiences I think there are a lot of benefits to a holographic view or model of the universe. There are some interesting observations you can make, which could easily lead to a breakthrough in science: A holographic model of the universe might be able to explain nearly all spiritual and mystical experiences. Near-death experiences can be explained by a holographic universe: death is merely a shifting of a person`s consciousness from one level of the hologram of reality to another. Current neurophysiological models of the brain are inadequate and only a holographic model can explain such things as archetypal experiences, encounters with the collective unconscious, and other unusual phenomena experienced during altered states of consciousness. A holographic model for the universe explains lucid dreams, in which such dreams are visits to parallel realities. The holographic model can explain synchronicity. Our thought processes are much more intimately connected to the physical world than has been previously thought. Also note that synchronicity tends to peak just prior to a new realization or insight. Telepathy, precognition, mystical feelings of oneness with the universe, and even psychokinesis can be explained through the holographic model. Holography can explain how our brains can store so many memories in so little space (our brains can store 280,000,000,000,000,000,000 bits of information). Holography can also explain how we are able to recall and forget, how we are able to have associative memory, how we have the ability to recognize familiar things, how we have the ability for the transference of new skills, how we have the ability to construct a world “out there”, how we are able to have “phantom limb” sensations, and how we are able to have a photographic memory. The brain itself would therefore be a holographic projection created out of a primary reality outside of space and time. Quantum perception, hologram and information In an article in the Huffington Post, system theorist, integral theorist and Philosopher of Science Ervin Laszlo argues that a quantum-perception of the world is just as real as its sensory perception: “All things in space and time emit waves, and these waves interact with the waves produced by other things. They create wave interference patterns. Pressure waves in the air, and electric and magnetic waves in the EM field diminish with distance, and the patterns they produce are limited to our immediate vicinity. However, quantum waves (waves that propagate in the nearly infinite virtual-energy domain that fills cosmic space) move instantly over any distance. The kinds of interference patterns they create constitute quantum holograms, and quantum holograms are “entangled” with each other – they are instantly connected. As a result, the information carried by one quantum hologram can be transferred to any other quantum hologram. Thus a system that can “read” the information in one hologram has access to the information carried by all. Our quantum-resonance-decoding brain could in principle capture information on anything and everything that creates quantum-interference waves in the universe. Evidently, to capture this kind of information, our brain must have the corresponding receptivity. Scientists are now I now beginning to understand how quantum-hologram receptivity might be built into the brain. Photo taken by Artist Deborah Juodaitis .

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