When I first heard of Dr. Emoto’s amazing work with water crystals through his book “The Hidden Messages in Water” I was absolutely stunned. I then saw the movie “What the Bleep do we Know” and became thoroughly intrigued. I set off to conduct a research project in the chemistry department of Castleton College in Vermont to see if I could find sufficient evidence and support for Dr. Emoto’s claims to merit conducting a deeper research project to try to reproduce his work. The idea was to uncover as much information about his methods and procedures as possible to determine if is would actually be feasible to study the effect of energy healing, such as Reiki, on the formation of water crystals. I was so excited to think that I might be the first person in the world to verify his work!… Read the rest
Tag Archives | crystals
Wired relays top scientists’ plan to build a microscopic “time crystal,” a structure within which time would not be continuous:
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In February 2012, the Nobel Prize-winning physicist Frank Wilczek decided to go public with a strange idea: Impossible as it seemed, Wilczek had developed an apparent proof of “time crystals” — physical structures that move in a repeating pattern without expending energy or ever winding down.
Unlike clocks or any other known objects, time crystals derive their movement not from stored energy but from a break in the symmetry of time, enabling a special form of perpetual motion.
The idea came to Wilczek in 2010: “I was thinking about the classification of crystals, and then it just occurred to me that it’s natural to think about space and time together,” he said. “So if you think about crystals in space, it’s very natural also to think about the classification of crystalline behavior in time.”
When matter crystallizes, its atoms spontaneously organize themselves into the rows, columns and stacks of a three-dimensional lattice.
The first ever found remnant of a sunstone, a crystal which legend says was behind the Vikings’ incredible feats of oceanic navigation? Via CBS News:
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A rough, whitish block recovered from an Elizabethan shipwreck may be a sunstone, the fabled crystal believed to have helped Vikings and other medieval seafarers navigate the high seas, researchers say.
In a paper published earlier this week, a Franco-British group argued that the Alderney Crystal – a chunk of Icelandic calcite found amid a 16th century wreck at the bottom of the English Channel – worked as a kind of solar compass, allowing sailors to determine the position of the sun even when it was hidden by heavy cloud or fog, or below the horizon.
Icelandic legend appears to refers to such a crystal [but] few other medieval references to sunstones have been found, and no such crystals have ever been recovered from Viking tombs or ships.
Meet your new pets, via Wired:
Three billion years after inanimate chemistry first became animate life, a newly synthesized laboratory compound is behaving in uncannily lifelike ways. The particles aren’t truly alive — but they’re not far off, either. Exposed to light and fed by chemicals, they form crystals that move, break apart and form again.
“There is a blurry frontier between active and alive,” said biophysicist Jérémie Palacci of New York University. “That is exactly the kind of question that such works raise.” Palacci and fellow NYU physicist Paul Chaikin led a group of researchers in developing the particles, which are described Jan. 31 in Science as forming “living crystals” in the right chemical conditions.
Some scientists think that life’s building blocks once existed in such a form, bouncing back and forth for millions of years until coalescing in configurations that possessed the ability to copy themselves.
A strange crystal with a molecular structure that should be impossible can be found only on a remote Russian mountain where a 4.5-billion-year-old meteorite housing it fell to Earth. In short, if you are a rich eccentric looking for a rare substance to hoard, this is it. Via New Scientist:
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Evidence is mounting that the only known natural form of a bizarre type of crystal known as a quasicrystal originated in space.
Like standard crystals, the atoms of a quasicrystal are ordered, but their arrangement lacks translational symmetry: a shifted copy won’t ever quite match its original. Such a pattern on the atomic scale was long thought impossible, until the Nobel-prizewinning work of Daniel Shechtman of the Technion Israel Institute of Technology in Haifa, who was the first to spot an example in an alloy.
Since then, the strange arrangement has also been discovered in a rock dug up in the Koryak mountains in eastern Russia in 1979, which is now part of the collection of the Museum of Natural History in Florence, Italy.