ISRA MI'RAJ IN SCIENTIFIC STUDIES

سبحان الذي أسرى بعبده ليلا من المسجد الحرام
لى المسجد الأقصى الذي باركنا حوله لنريه من آياتنا
إنه هو السميع البصير

Glory be to Allah, who has rendered His servant one night from the Holy Mosque to the Al Masjidil aqsa which We have blessed all around him so that We may show him some of Our signs. Lo! He is the Hearer, the Seer. [QS Al-Isra ': 1]

Logically the events of Isra Mi'raj did not make sense. However, after going through the studies of modern science today, precisely the event of Isra Mi'raj is a breakthrough of science and technology that has not been solved until now. With the theory of Quantum pioneered by Albert Einsten this is possible. Herein lies the peculiarity of the Qur'an that in an age where humans are not yet familiar with Quantum physics, but Allah has taught Muslims to recognize that technology more than 1400 years ago.

QUANTUM TELEPORTATION LEARNING

In 1998, physicists at the California Institute of Technology (Caltech), along with two groups of European physicists, embodied the idea of ​​IBM into reality by successfully teleporting photons, energy particles that carry light. The Caltech group is able to read the atomic structure of a photon, sending this information through a coaxial cable as far as 1 meter and creating a replica of the photon. As predicted, the origin photons are lost when the replicas are formed.

In carrying out such experiments, Caltech was able to circumvent the Heisenberg Uncertainty Principle, which is a major obstacle to teleportation of objects larger than photons. This principle states that we can not know simultaneously the location and velocity of a particle. But if we do not know the position of a particle, how can we teleport it? To teleport without opposing the Heisenberg Principle, a principle called entanglement is used. In this case, it takes at least three photons to reach quantum teleportation.

Photon A: Photon to be teleported
Photon B: Photons that are displaced
Photon C: Photon referenced with photon B

If you look more closely at photon A without entanglement, then there is destruction and thus change it. By connecting photons B and C, information can be taken of photons A, and the remaining information will be transferred to B by entanglement, and then to photon C. when photon A information is inserted into photon C, then a replica of exactly A photon can be created but photon A is destroyed before information is sent to photon C.

The most recent successful teleportation experiment was October 4, 2006 at the Niels Bohr Institute in Copenhagen. Dr. Eugene Polzik and his team teleported information stored in laser light into an atomic cloud. According Polzik this is a step forward because the first time teleported two different objects, light and matter. One as the carrier of information and the other as a storage medium.

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