According to the relationship between Einstein’s theory of relativity and quantum physics, it is possible to live inside a huge 3D projection of two- dimensional space.
It is just like a painting or an IMAX movie theater screen. One can simply imagine the experience of looking at a 3D object from different angles. And its shape will change according to angles.
Yoshifumi Hyakutake, a Japanese scientist, proposed the new experimental simulation. His team discovered the energies of black hole in parallel universe. But, it goes a long way along with Einstein’s theory of general relativity and quantum mechanics. It claims that these two are the main theories to describe our universe. All the finding was published in journal, Nature, on 10 December,2015.
The “holographic principle” is the property described in string theory, in physics. Basically, it represents a volume of space whose complete information can be imagined as encoded boundary of that selected space. The holographic theory was stated first by perceiving black hole thermodynamics. It was observed that the information pertaining to the objects, that got sucked in by the hole can be seen on the hole’s event horizon in the scaled sense.
Einstein postulated that space and time are related to each other in his collective theory. Hence, it should be considered and calculated with respect to each other. And the measurement of objects will be in respect to velocity of the observing person. It is highly observable and empirical.
On the other hand, quantum mechanics deals with the behavior of particles on an infinitely small scale. Therefore, it can’t participate in Einstein’s empirically testable worldview. And the reason is, just because, it is too theoretical and abstract.
Though both of them suffer from finite inconsistencies: Einstein’s theory, for example, break down when one imagines the middle of a black hole, a place, where both time and space collapse. These theories are hardly viewed as parallel and have been competing with each other. Scientists are still looking for “Linking theory” to integrate them.
Hyakutake’s model tried to point out few inconsistencies between two huge models. Then, Juan Maldacena, theoretical physicist, highlighted the “string theory” providing a dependable realization of the holographic principle.
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Author: Technology and Beyond
