Modern scientific speculation has other space-time and dimensions

Many wonderful phenomena found in many fields are enough to make more scientists rethink some basic problems in physics. Among them, the non decisive origin of quantum mechanics is one of such problems. This problem was once the core of the debate between Einstein and Bohr, the two leading figures in physics in the last century. Einstein believed that it originated from our incomplete understanding of the information of quantum system. The world is decisive in essence, so quantum mechanics is only a transitional theory. Bohr believes that the world is inherently uncertain, so there is nothing wrong with quantum mechanics.

In order to solve this problem, gerard' t Hooft, a famous Dutch physicist and winner of the 1999 Nobel Prize in physics, put forward the view that there is a deeper existence outside the world we can directly contact.

Many scientists who are dissatisfied with the current theory of quantum mechanics have put forward many theories to solve this problem, among which the most famous one is & ldquo; Hidden variable & rdquo; Theory. But an experimental result in the 1980s denied this theory.

Professor gellard dahoff believes that the key to the problem is the loss of information. His theory holds that in the extreme micro Planck scale, there is all information about the world in the micro, which is many trillion times smaller than the atomic nucleus. But the information is lost very quickly. When it comes to measuring the system, we have very little information to use. Just like the knowledge of archaeologists about the ancient Babylonians, we can only say what the system may be. Contrary to popular belief as like as two peas, he said, it is not difficult to construct a deterministic theory that is exactly the same as quantum mechanics.

The root of this debate about quantum mechanics is attributed to the non local behavior in quantum mechanics. Quantum mechanics holds that measuring or disturbing any one of the associated particle systems can instantaneously interfere with other particles in the system. This nonlocal phenomenon is called & ldquo; Quantum entanglement;. It clearly violates the theory of relativity that there is no super & ldquo; Speed of light; Inferences. However, an experiment in 1997 confirmed that this mysterious connection of micro particles does exist, which is the basis of the recent very popular study of quantum cross space-time transmission. In Professor dahoff's theory, this & ldquo; Quantum entanglement; The phenomenon still exists and works in a subtle way.

Theoretical physicist Richard gill believes that this theory deserves physicists' attention. But at the same time, he also pessimistically pointed out that because the Planck scale is far less than the resolution limit that any experimental means can achieve today, the experimental test of theory may never be possible, which may always be a mystery to modern science.

Many theories of modern science, such as string theory and membrane theory, speculate that there are other space-time or dimensions. At the same time, they also believe that it is insurmountable to verify the existence of these space-time experimentally. The main reason is that the energy of these particles is very high. In the foreseeable future, mankind cannot achieve such energy by relying on modern science and technology. Coincidentally, there have always been other time and space in the cultivation circle, and there are descriptions of these time and space in some relevant classics of Buddhism and Taoism, but these descriptions are far from the language used by modern science and are not understood by modern science. Practitioners can see other time and space with the help of heavenly eyes. In the future, there will be many experts and scholars with this ability in the cultivation circle, which may provide an opportunity for people familiar with modern science to understand other time and space.