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Post by dennisw on Sept 20, 2023 15:16:44 GMT 10
In my thesis (published as book in 1989) I pointed out that crystals are atomic oscillators. that is each atom vibrates synchronously with every other atom in the crystal. I proposed that as the crystal exists in every moment in time it could well act as a portal between time periods. It is now being considered by Nobel Prize winner and theoretical physicist Frank Wilczek if the patterns of atoms that form crystals could somehow take place in time rather than space. What if time could arrange itself in the same, almost unfathomably orderly way, as the atoms do within an elemental crystal? Once I again I seem vindicated for my way out theories when for a lot of my life I felt that I would be like Maxwell and dead for years until a new Einstein came along and said, "this guy is right he is a genius." www.popularmechanics.com/science/a39417227/largest-time-crystal/
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Post by dennisw on Sept 20, 2023 15:24:29 GMT 10
It gets even more exciting now that time and crystals are being linked and crystals quantum linked we could be well on the way to quantum computing and quantum communication. I have said for a long time that quantum communication is the only method of communicating over vast distances in space, it may well explain the Fermi Paradox. We have only been using radio communication for little more than a century and already it is almost out of date, it is probable that advanced space travellers are already using this and so we have no radio waves to hear. www.popularmechanics.com/science/a40359762/paired-time-crystals-quantum-computing/?source=nl
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Post by Ian Thomas on Sept 20, 2023 21:42:53 GMT 10
Hmmm ... yeah ... ok. But you have to carefully define what you mean by 'portal'. Spooky New Age woof uses that word a lot. 🌌🕉️ Beads'n'crystals?📿🔮 Actual crystals - yeah, they resonate but their total energy isn't changed much by any lab-scale input. It's only the outer electrons in an atom that take up energy from room-temp influences: eg photo-electric effect, modest applied voltages etc. Besides, most crystals are metallic lattices, meaning their outer electrons flow like a gas throughout the entire macroscopic object. They can resonate but you can't send messages from the future to the past by means of your common-or-garden LC circuit. Afaik. On other hand, there is weirdness at root of quantum mechanics. Does the future - or the present - influence the past? 🕟➡️🕜 Or does it? This dude, Arvin Nash, says no .. It's all too much for me to get my head around.
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