Holography 'quantum leap' could revolutionize imaging

Holography ‘quantum leap’ could revolutionize imaging

Holography 'quantum leap' could revolutionize imaging

Great article if you want a hint about entangled quantum particles like photons (bundles of light energy), which are interconnected no matter the distance so that what happens to one is immediately known and reacted to by the other. What I’d invite you to consider is that you are made of light energy, of entangled photons. And quantum theorists tell us that we and everything else in the universe is a hologram, with the defining characteristic being that “within each part, resides the information for the whole”. Within you, resides the information for the Whole. You are indeed interconnected and entangled with all other beings. And what affects one, affects us all. This is the new vision of reality we are presented by science. And it echos the wisdom of Christ who taught that what we sow, we reap. Now we know, this is literal. Furthermore, quantum findings suggest that the past, the future, and the present, time itself, are all immediately affecting one another, such that actions in the future affect the past. How would we change our lifestyle if we knew this was true? – Valerie Varan LPC psychotherapist and author of Living in a Quantum Reality: Using Quantum Physics and Psychology to Embrace Your Higher Consciousness
” the first in the world to find a way to use quantum-entangled photons to encode information in a hologram…The Glasgow team’s new quantum holography process also uses a beam of laser light split into two paths, but, unlike in classical holography, the beams are never reunited. Instead, the process harnesses the unique properties of quantum entanglement—a process Einstein famously called ‘spooky action at a distance’ – to gather the coherence information required to construct a holograph even though the beams are forever parted…Their process begins in the lab by shining a blue laser through a special nonlinear crystal which splits the beam into two, creating entangled photons in the process. Entangled photons are intrinsically linked—when an agent acts on one photon, it’s a partner is also affected, no matter how far apart they are. The photons in the team’s process are entangled in both in their direction of travel but also in their polarisation…because the photons are entangled as a single ‘non-local’ particle, the phase shifts experienced by each photon individually are simultaneously shared by both..”


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