To those well versed in hidden discoveries of DNA and biology, the notion of ‘spooky action at a distance’ is well accepted. Several experiments have demonstrated the capacity of living substances to transmit information at a distance, and if we consider that everything in the universe is alive, then even seemingly non-living things can also produce the same effect.
The following is a compilation of two articles discussing peer-reviewed scientific findings that definitively demonstrate the quantum entanglement or spooky action at a distance phenomenon.
Although mainstream science and it’s materialistic biases have yet to determine the governing principles for this peculiar effect, there is research available that sheds light on what could be going on.
Dewey B Larson, a physicist from the mid 20th century, painstakingly reviewed nearly all scientific data in an attempt to reconcile many of the conflicting theories being accepted by modern science. The result of his work was the Reciprocal Systems theory, which is by all accounts one of the most accurate theories of everything that has been developed.
In his book, Beyond Space and Time, he reveals that as a result of his research, he was able to demonstrate that there is an organizing force which actually provides life with the information it needs to maintain a physical body. In Reciprocal Systems theory, the universe has two regions or sectors of physical motion. Space-time is the normal reality of three dimensions of space and one dimension of time, but time-space is the reciprocal, with three dimensions of time and one dimension of space. Although this may seem like an abstraction, the mind operates in the same way, having a fixed point of view on reality, yet able to navigate in time by recalling the past and considering future possibilities. In other words, this organizing field is mental in nature.
According to Larson, all forms of life have a field in time-space that plays an essential role in organizing the body. These fields are non-local or can operate at a distance, such that, if biological material is moved far away from the host, the host’s mental and emotional states affect the material as if it was still attached to the body. Essentially, the organizing field operates at ‘all locations’ due to the fact there is only one dimension of space in the time-space region.
It appears that DNA and the biology that it creates acts as sort of an antenna for receiving this organizing energy. There have been many names given to this force, such as the Source Field, Prana, Spirit and so on – all of which describe an other-than-physical phenomenon at work.
Does DNA Have Telepathic Properties?-A Galaxy Insight
DNA has been found to have a bizarre ability to put itself together, even at a distance, when according to known science it shouldn’t be able to. Explanation: None, at least not yet.
Scientists are reporting evidence that contrary to our current beliefs about what is possible, intact double-stranded DNA has the “amazing” ability to recognize similarities in other DNA strands from a distance. Somehow they are able to identify one another, and the tiny bits of genetic material tend to congregate with similar DNA. The recognition of similar sequences in DNA’s chemical subunits, occurs in a way unrecognized by science. There is no known reason why the DNA is able to combine the way it does, and from a current theoretical standpoint this feat should be chemically impossible.
Even so, the research published in ACS’ Journal of Physical Chemistry B, shows very clearly that homology recognition between sequences of several hundred nucleotides occurs without physical contact or presence of proteins. Double helixes of DNA can recognize matching molecules from a distance and then gather together, all seemingly without help from any other molecules or chemical signals.
In the study, scientists observed the behavior of fluorescently tagged DNA strands placed in water that contained no proteins or other material that could interfere with the experiment. Strands with identical nucleotide sequences were about twice as likely to gather together as DNA strands with different sequences. No one knows how individual DNA strands could possibly be communicating in this way, yet somehow they do. The “telepathic” effect is a source of wonder and amazement for scientists.
“Amazingly, the forces responsible for the sequence recognition can reach across more than one nanometer of water separating the surfaces of the nearest neighbor DNA,” said the authors Geoff S. Baldwin, Sergey Leikin, John M. Seddon, and Alexei A. Kornyshev and colleagues.
This recognition effect may help increase the accuracy and efficiency of the homologous recombination of genes, which is a process responsible for DNA repair, evolution, and genetic diversity. The new findings may also shed light on ways to avoid recombination errors, which are factors in cancer, aging, and other health issues.
Einstein was wrong about at least one thing: There are, in fact, “spooky actions at a distance,” as now proven by researchers at the National Institute of Standards and Technology (NIST).
Einstein used that term to refer to quantum mechanics, which describes the curious behavior of the smallest particles of matter and light. He was referring, specifically, to entanglement, the idea that two physically separated particles can have correlated properties, with values that are uncertain until they are measured. Einstein was dubious, and until now, researchers have been unable to support it with near-total confidence.
As described in a paper posted online and submitted to Physical Review Letters (PRL),* researchers from NIST and several other institutions created pairs of identical light particles, or photons, and sent them to two different locations to be measured. Researchers showed the measured results not only were correlated, but also–by eliminating all other known options–that these correlations cannot be caused by the locally controlled, “realistic” universe Einstein thought we lived in. This implies a different explanation such as entanglement.
The NIST experiments are called Bell tests, so named because in 1964 Irish physicist John Bell showed there are limits to measurement correlations that can be ascribed to local, pre-existing (i.e. realistic) conditions. Additional correlations beyond those limits would require either sending signals faster than the speed of light, which scientists consider impossible, or another mechanism, such as quantum entanglement.
The research team achieved this feat by simultaneously closing all three major “loopholes” that have plagued previous Bell tests. Closing the loopholes was made possible by recent technical advances, including NIST’s ultrafast single-photon detectors, which can accurately detect at least 90 percent of very weak signals, and new tools for randomly picking detector settings.
“You can’t prove quantum mechanics, but local realism, or hidden local action, is incompatible with our experiment,” NIST’s Krister Shalm says. “Our results agree with what quantum mechanics predicts about the spooky actions shared by entangled particles.”
The NIST paper was submitted to PRL with another paper by a team at the University of Vienna in Austria who used a similar high-efficiency single-photon detector provided by NIST to perform a Bell test that achieved similar results.
The NIST results are more definitive than those reported recently by researchers at Delft University of Technology in the Netherlands.
In the NIST experiment, the photon source and the two detectors were located in three different, widely separated rooms on the same floor in a large laboratory building. The two detectors are 184 meters apart, and 126 and 132 meters, respectively, from the photon source.
The source creates a stream of photon pairs through a common process in which a laser beam stimulates a special type of crystal. This process is generally presumed to create pairs of photons that are entangled, so that the photons’ polarizations are highly correlated with one another. Polarization refers to the specific orientation of the photon, like vertical or horizontal (polarizing sunglasses preferentially block horizontally polarized light), analogous to the two sides of a coin.
Photon pairs are then separated and sent by fiber-optic cable to separate detectors in the distant rooms. While the photons are in flight, a random number generator picks one of two polarization settings for each polarization analyzer. If the photon matched the analyzer setting, then it was detected more than 90 percent of the time.
In the best experimental run, both detectors simultaneously identified photons a total of 6,378 times over a period of 30 minutes. Other outcomes (such as just one detector firing) accounted for only 5,749 of the 12,127 total relevant events. Researchers calculated that the maximum chance of local realism producing these results is just 0.0000000059, or about 1 in 170 million. This outcome exceeds the particle physics community’s requirement for a “5 sigma” result needed to declare something a discovery. The results strongly rule out local realistic theories, suggesting that the quantum mechanical explanation of entanglement is indeed the correct explanation.
The NIST experiment closed the three major loopholes as follows:
Fair sampling: Thanks to NIST’s single-photon detectors, the experiment was efficient enough to ensure that the detected photons and measurement results were representative of the actual totals. The detectors, made of superconducting nanowires, were 90 percent efficient, and total system efficiency was about 75 percent.
No faster-than-light communication: The two detectors measured photons from the same pair a few hundreds of nanoseconds apart, finishing more than 40 nanoseconds before any light-speed communication could take place between the detectors. Information traveling at the speed of light would require 617 nanoseconds to travel between the detectors.
Freedom of choice: Detector settings were chosen by random number generators operating outside the light cone (i.e., possible influence) of the photon source, and thus, were free from manipulation. (In fact, the experiment demonstrated a “Bell violation machine” that NIST eventually plans to use to certify randomness.)
To further ensure that hidden variables such as power grid fluctuations could not have influenced the results, the researchers performed additional experimental runs mixed with another source of randomness–data from popular movies, television shows and the digits of Pi. This didn’t change the outcome.
The experiment was conducted at NIST’s Boulder, Colo., campus, where researchers made one of the photon detectors and provided theoretical support. Researchers at the Jet Propulsion Laboratory (Pasadena, Calif.) made the other detector. Researchers at NIST’s Gaithersburg, Md., headquarters built random number generators and related circuits. Researchers from the University of Illinois (Urbana-Champaign, Ill.) and the University of Waterloo and University of Moncton in Canada helped develop the photon source and perform the experiments. Researchers at the Barcelona Institute of Science and Technology in Spain developed another random number generator.
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