The quantum entanglement and its importance
After Planck formulated his theory on quantum physics, numerous experiments have successfully verified these notions. The only question that scientists cannot answer is the connection between the quantum and the real world. In case these answers were given very soon we would have at our disposal technology that at this time is considered purely futuristic.
In 2004, some scientists announced the first report regarding open-destination teleportation that runs quantum information at the same time in different locations. It's like sending a fax, and the original text is destroyed during transmission. Other experiments have shown incredible things so far as the fact that quantum particles reach two destinations at the same time (bilocation).
All these investigations had a common question, and that is the medium through which these particles could travel. Conventional physics says that in reality, this medium does not exist. Here, therefore, arises the most considerable doubt in the science of our modern times.
In 1997, many scientific journals around the world announced a significant discovery. An experiment conducted at the University of Geneva revealed that our universe is made of light particles called photons. The particularity of these discoveries lies in the fact that the scientists had divided a photon into two completely separate particles, obtaining two particles with identical properties.
Using sophisticated equipment suitable for the experiment they fired both particles at a maximum distance of 14 miles from each other. At the end of the course, the twins were forced to "choose" between two purely random routes and both chose the same path. The experiment reveals that when the two particles reached the place where they had to pick the direction, in both cases, they made the same decision and this happened every time the experiment was conducted.
The two particles were still connected although they appeared wholly unique and independent. Physicists call this link with the name "Quantum entanglement". The leader of this research, Nicholas Gisin, said that both photons from the same object even when they have geographically separated to the modification of one of them the other changes in the same way automatically. This experiment proves that things in the universe are connected, but it is challenging to try to explain all this from a purely philosophical point of view. General beliefs suggest that physical objects are always separated. However, the photons show that it's not like that. Scientists nowadays believe that these phenomena are unique only in the quantum realm and for which they are identified as "quantum oddities."
In 2004, some scientists announced the first report regarding open-destination teleportation that runs quantum information at the same time in different locations. It's like sending a fax, and the original text is destroyed during transmission. Other experiments have shown incredible things so far as the fact that quantum particles reach two destinations at the same time (bilocation).
All these investigations had a common question, and that is the medium through which these particles could travel. Conventional physics says that in reality, this medium does not exist. Here, therefore, arises the most considerable doubt in the science of our modern times.
In 1997, many scientific journals around the world announced a significant discovery. An experiment conducted at the University of Geneva revealed that our universe is made of light particles called photons. The particularity of these discoveries lies in the fact that the scientists had divided a photon into two completely separate particles, obtaining two particles with identical properties.
Using sophisticated equipment suitable for the experiment they fired both particles at a maximum distance of 14 miles from each other. At the end of the course, the twins were forced to "choose" between two purely random routes and both chose the same path. The experiment reveals that when the two particles reached the place where they had to pick the direction, in both cases, they made the same decision and this happened every time the experiment was conducted.
The two particles were still connected although they appeared wholly unique and independent. Physicists call this link with the name "Quantum entanglement". The leader of this research, Nicholas Gisin, said that both photons from the same object even when they have geographically separated to the modification of one of them the other changes in the same way automatically. This experiment proves that things in the universe are connected, but it is challenging to try to explain all this from a purely philosophical point of view. General beliefs suggest that physical objects are always separated. However, the photons show that it's not like that. Scientists nowadays believe that these phenomena are unique only in the quantum realm and for which they are identified as "quantum oddities."
Once this discovery was public, the same phenomenon was subsequently studied in other circumstances, such as in galaxies separated by light years away. The experiment verifies that there is absolutely no difference between small and large distances. Particles always behave the same way.
Giuseppe Loporchio
Source: The Divine Matrix by Gregg Braden
Giuseppe Loporchio
Source: The Divine Matrix by Gregg Braden
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