PS: Gu Xiaolong received a call from Taoist patriarch Lao Tzu and went to Zhongnan Mountain to receive a secret order, and will take on the important mission of saving the strange space. Ask for clicks, ask for tips, ask for subscriptions, ask for monthly passes!

The one hundred and seventh chapter returns to the original secret letter of Zhongnan Mountain

Gu Xiaolong's return to Zhongnan Mountain this time was actually received from the Taoist patriarch Lao Tzu, who used the anti-neutrino size Zhou Tianzhen mustard seed rice mind energy field to send out a thousand miles of inspiration from afar, informing Gu Xiaolong that there would be a major event in the entire blue planet and even the entire even space in the near future, and strictly ordered Gu Xiaolong to immediately return to Zhongnan Mountain to accept the secret order.

There is a deep valley at the deepest point of Jungnam Mountain, a small stream gurgling out, and cliffs on three sides.

Especially at the entrance to the deep valley, it is so narrow that only one person can cross sideways.

Moreover, such a narrow entrance, four or five thousand meters long, is full of strange rocks and bushes, and there is almost no way to find it, and it is difficult for even wild beasts to pass easily.

And up is up to 500 kilometers of cliffs, some places almost close, only a few tens of centimeters wide, that is to say, narrow at the top and wide at the bottom, ordinary people can not climb at all.

This is an extremely precipitous first-line sky canyon, which is not suitable for human habitation at all.

Walking through this treacherous and narrow first-line heavenly canyon, it is another piece of heaven and earth, just like a paradise, a very flat, with a diameter of more than ten thousand meters in the grand scenery of the peach paradise presented in front of you.

In the surroundings of this peach paradise, there are cliffs as high as 500 meters to 1,000 meters, and there are many cliffs that are smooth like mirrors, even the grass does not grow, and birds and animals cannot settle down.

In fact, this is a sinkhole crack that has not yet been discovered and developed. This sinkhole crack is compared to other sinkholes on the entire Blue Planet. This is the originator of the real sinkhole.

This sinkhole is huge in diameter. The diameter reaches ten thousands of meters; Second, the height and depth are unique, and no recorded sinkhole crack can be compared; The third is that this sinkhole is not a karst landform, but a granite formation, in the granite landform, it is extremely difficult to form this kind of sinkhole seam landform, and no one has investigated so far, and no one knows the cause.

In the middle of the crack in the sinkhole, there is a vertical rock wall that is smooth like a mirror. The height has reached more than 800 meters, and the width has reached nearly 1,800 meters, which is the place where the Taoist patriarch Lao Tzu retreated.

And this cliff, there is no cave, and there is no gap, people can't enter it at all, how did the Taoist patriarch Lao Tzu get into it more than 2,000 years ago, even the guardian of the patriarch cave is not clear.

Gu Xiaolong reverently came to the Patriarch Cave, and when he was still nearly a kilometer away from the Patriarch Cave, he had already begun to sit cross-legged. Sacrifice the big and small Zhou Tian Tai Chi Yin Yang Fish Light Ball, and float towards the Patriarch Cave.

Because once you enter this area. The powerful aura of the Taoist patriarch Lao Tzu, who had cultivated for forty years, and the anti-neutrino size Zhou Tianzhen mustard seed rice mind energy field, had already covered this area tightly.

Anyone who walks in will be completely lost, lose themselves, lose their past, and finally their brains will return to a blank slate from their childhood.

Therefore, Gu Xiaolong could only smoothly approach the place where the patriarch cultivated by sacrificing his own neutrino-sized Zhou Tianzhen mustard seed rice mind energy field and converging with the mind energy field of Taoist patriarch Lao Tzu.

In fact, Gu Xiaolong has lived in such an environment since he was born, and has been used by the Taoist patriarch Lao Tzu to use the powerful aura of the anti-neutrino size Zhou Tianzhen mustard seed rice mind energy field to improve his internal strength by cultivating his internal strength, so he will be very accustomed to naturally approaching the Patriarch's Cave.

Gu Xiaolong put his hands together on the first momentum of Taoist practice, pinched it into a (spirit) character formula, and transported the neutrino-sized Zhou Tianzhen mustard seed rice mind energy field Tai Chi Yin Yang Fish Light Ball, and instantly floated to the middle of the rock wall that was as bright as a mirror, and stayed two meters above the ground.

From the middle of the cliff, strands of translucent light mist seeped out, slowly enveloping Gu Xiaolong's Tai Chi Yin Yang Fish Light Ball.

Then drill into the yin and yang fish eye of the Tai Chi yin and yang fish, the milky white yin flow flows into the yin eye, the transparent yang flow flows into the yang eye, and then through the Tai Chi yin and yang fish eye continues to communicate this.

Time seems to have stopped, and the continuous exchange of yin and yang currents in the eyes of Tai Chi Yin and Yang Fish is telling the vicissitudes of eternity and the changes of the universe from birth to skyrocketing.

And the Taoist patriarch Lao Tzu and Gu Xiaolong both have the same mission, that is, the two positive and negative neutrinos, that is, these two positive and negative neutrinos, are the "primordial" information with the singularity of the Big Bang, with the mission of tens of billions of light years.

These "primordial" information tells them that the past, present, and future are all following the "boundless avenue" of the teacher's nature, and as long as they follow the "boundless avenue" of the teacher's nature, everything in the universe has rules to follow and laws to follow, and there are eternal natural laws.

The cosmic singularity is an invisible, infinitesimally small existence, that is, the point at which the universe is formed by explosion, and you can compare it to the source of all things, which is the very beginning of the formation of the universe.

And the moment the cosmic singularity produces the Big Bang, it has already given all the basic matter produced by the Big Bang a "primordial" information, or consciousness, and mind.

At the beginning of the birth of the universe, it was started by the singularity, and the singularity was a starting point, at this time, the density was infinite, the volume was different, the energy was huge, very large, and it was too big, so it was blank.

Due to the repulsion and gravitational force between the atoms, and because the volume is zero, the repulsion force is much greater than the gravitational force, and the singularity begins to expand outward at a high speed, and the energy released by this constitutes all things in the world (i.e., n kinds of elements).

This is the reason why our universe is expanding outward, and we are safely living in this universe.

After a long, long time, the repulsive force becomes smaller, and the universe begins to shrink due to the expansion elasticity and the gravitational force that is much greater than the repulsive force.

The contraction becomes very small, and when it is close to the singularity, it begins to repulsion much greater than the gravitational force, but then expands, and the energy released by it "refreshes" the universe.

The universe is shrinking and expanding, of course, under the premise that it is absolutely correct. Singularity: is an extreme state, which belongs to the super-material range. Therefore, the singularity must have an "original" message.

The Big Bang is a cosmological model that describes the initial conditions for the birth of the universe and its subsequent evolution. This model is supported by the most extensive and accurate scientific research and observations available today.

Cosmologists usually refer to the Big Bang view that the universe was a finite time ago in the past. It evolved from an extremely dense and extremely hot primordial state. According to the best observations made in 2010, these initial states existed about 13.3 billion to 13.9 billion years ago and expanded to reach today's state.

On March 18, 2014, scientists at the Harvard-Smithsonian Center for Astrophysics in country M announced that they had found the first evidence that gravitational waves were generated during the early "inflation" phase of the universe, which is also the strongest verification of the theory of cosmic inflation.

Blue Planet physicist QZ first proposed the Big Bang theory about the origin of the universe, but he himself called it the "protoatomic hypothesis".

The framework of this model is based on AYST's general theory of relativity, and the solution of the field equation is simplified to a certain extent. The field equation describing this model was given by the physicist YLSD in country O in 1922 when he applied the general theory of relativity to fluids.

Year 1929. Edwin, a physicist in country M? Hubble's observation that the distance from Earth to distant galaxies is proportional to the redshift of these galaxies was also proposed by MLT in 1927 by solving the FLDM equation, which came to be known as the FLDM gauge.

Hubble's observations show that all distant galaxies and clusters are moving away from our point of view at line of sight, and that the farther away you are, the greater the regressive line of sight.

If galaxies and clusters are currently increasing in distance from each other, they were once close in the past.

From this point of view, physicists further speculate that in the past the universe was in a state of extremely high density and extremely high temperature, and the results of experiments on large particle accelerators under similar conditions strongly support this theory.

However, due to the current state of the art, the high-energy range that particle accelerators can achieve is very limited, so so far there is no evidence to directly or indirectly describe the state of the universe in a very short period of time at the beginning of expansion.

Thereby. The Big Bang theory cannot describe or explain the initial state of the universe in any way, in fact, what it can describe and explain is the evolution of the universe after the initial state. The abundance of light elements in the universe as currently observed. The theory that qualitatively and quantitatively describes the abundance of light elements formed in the early universe is called primordial nucleosynthesis, which is very close to the theoretical abundance values of these elements formed by nuclear reactions in the first few minutes during the rapid expansion and cooling of the early universe.

The term Big Bang was first adopted by astronomers in the YGL country. HYE was an advocate of the homeostatic state theory, a cosmological model opposed to the Big Bang, and in March 1949 on a BBC radio program he referred to the theory of MLT and others as "the Big Bang view".

While there are many popular anecdotal accounts of HYE's sarcasm, HYE himself explicitly denied this, claiming that it was only to highlight the significant differences between the two models.

HYE later made an important contribution to the study of stellar nucleosynthesis, which is the way in which certain heavy elements are produced from light elements through nuclear reactions within stars. The discovery of cosmic microwave background radiation in 1964 is important evidence that the Big Bang actually happened, especially after its spectrum was measured and its black-body radiation curve was plotted, and most scientists began to believe in the Big Bang theory.

The Big Bang is a cosmological model that describes the initial conditions for the birth of the universe and its subsequent evolution, and it is supported by the most extensive and accurate scientific research and observations available today. Cosmologists usually refer to the Big Bang view that the universe evolved from an extremely dense and extremely hot primordial state before a finite time in the past, and according to the best observations made in 2010, these initial states existed about 13.3 billion to 13.9 billion years ago, and expanded to reach today's state.

The Big Bang theory was developed through experimental observations and theoretical derivation of the structure of the universe. In terms of experimental observations, VS measured the Doppler shift of a "spiral nebula" for the first time in 1912, and later he and CWW confirmed that most of the similar nebulae are receding from Earth.

However, VS did not think about the cosmological significance of this observation, which was also due to the fact that at the time, there was a high degree of controversy about whether these "nebulae" were "island universes" outside our galaxy.

In terms of theoretical research. In 1917, AYST applied the theory of general relativity to the entire universe. He published the paper "An Examination of Cosmology in the Light of General Relativity", which marked the establishment of physical cosmology.

However, the model of the universe based on general relativity is not static. This was not in line with the prevailing belief in a static universe at the time, for which Einstein added a cosmological constant to the field equation to correct it. In 1922, the cosmologist and mathematician YLSD of country O assumed the homogeneity and isotropy of the universe on a large scale, and used the gravitational field equation to derive the Friedman equation, which describes the uniformity and isotropy of space, and in this set of equations, the cosmological constant can be eliminated.

By selecting the appropriate equation of state, the model of the universe derived from the Friedman equation is expanding. In 1924, Hubble measured the distance of the nearest "spiral nebula" from Earth, and the results confirmed that they were beyond the Milky Way. The essence is other galaxies.

In 1927, the physicist and Catholic priest QZ, without knowing the work of FDLM, independently proposed that the cause of the retreating phenomenon of nebulae was the expansion of the universe. In 1931 the LMT further stated that the ongoing expansion of the universe meant that it would collapse in time reversal, and this would continue until it could no longer collapse, at which point all the mass in the universe would be concentrated on a geometrically small "primordial atom" from which the structure of time and space arose.

From 1924 onwards, Hubble provided the experimental conditions for the theory of MLT: he painstakingly built a series of astronomical distance indicators at the Mount Wilson Observatory using the HK telescope with an aperture of 250 centimeters, which was the precursor to the cosmic distance scale.

These instruments allowed him to speculate on the distance from the galaxy to Earth by observing the redshift of the galaxy. In 1929, he discovered that the speed at which galaxies move away from the Earth is exactly proportional to their distance from the Earth, which is known as Hubble's Law. And Lemaître is theoretically speculating. According to the principles of cosmology, when observing a large enough space, there are no special directions and special points. Thus Hubble's Law states that the universe is expanding.

In the thirties of the twentieth century, there were also some non-mainstream models of the universe that tried to explain the phenomena observed by Hubble, such as the MEE universe, the oscillating universe, and the attenuated photon hypothesis of FLC.

The idea of the expansion of the universe has led to two possible theories that are in opposition to each other: one is the Big Bang theory proposed and refined by MLT. JMF proposed the theory of primordial nucleosynthesis, which theoretically predicted the existence of cosmic microwave background radiation.

Another theory is the steady-state model of the universe proposed by YGL astronomer FLD et al. In the homeostatic model of the universe, new matter is constantly being created in the space left by galaxies moving away, so that the universe appears to be largely unchanged at any given time.

Ironically, the name of the Big Bang Theory comes from the name used by HYE to refer to Lemaître's theory, referring to the theory of MLT et al. as "the Big Bang view" in a March 1949 episode of the BBC radio program "The Nature of Matter". For many years afterward, the two theories stood side by side, but a series of observational evidence, such as radio source counts, tipped the scales in favor of the Big Bang theory.

In 1965, the discovery and confirmation of cosmic microwave background radiation convinced the vast majority of physicists that the Big Bang was the best theory that could describe the origin and evolution of the universe. Almost all the research in cosmic physics is now related to the Big Bang theory, either an extension of it, or further explanations, such as how galaxies arose within the framework of the Big Bang theory, the physical laws of the early and very early universes, and the use of the Big Bang theory to explain new observations.

In the late nineties of the twentieth century and the beginning of the twenty-first century, major developments in telescope technology and the large amount of data collected by space probes such as the Cosmic Background Finder (COBE), the Hubble Space Telescope (HST) and the Microwave Anisotropy Detector (WMAP) led to a new breakthrough in the Big Bang theory. As a result, cosmologists can more accurately measure the parameters in the Big Bang model and find many unexpected results, such as the expansion of the universe at an accelerated pace.

The overwhelming body of evidence convinces most astronomers that the universe was born at a definite moment some 15 billion years ago, in a form of a super-hot, ultra-dense form of high-energy radiating fireball. This is the model of the origin of the universe called the Big Bang. HYE is one of the founders of the opposing homeostasis hypothesis and is still one of the most vocal opponents of the Big Bang idea, although his reputation has deteriorated.

Before the 1920s, astronomers thought that the universe consisted only of the Milky Way as we know it, and that it would never change. Individual stars can spend their lifetime and die, but new stars are born and replace them.

The first clear hint that the universe may change (evolve) over time came when AYST developed his theory of general relativity. The theory of space-time at that time gave a completely mathematical description of the universe.

In 1917 AYST discovered that when he tried to apply his equations in this way to describe space-time as a whole, they could not represent a static, unchanging universe. These equations show that the universe must either expand or contract, not be static. Since there was no astronomical evidence of expansion or contraction at the time, AYST introduced a nearby term, called the spurious factor of the cosmological constant, into his equations to keep the model stationary. He later claimed that it was the "biggest mistake" of his entire career.

By the 1920s, the practical significance of the universe began to become clear. Edwin? Hubble and other observers have shown that not only is our Milky Way just one of many galaxies in the universe, but that galaxies are being separated from each other by the expansion of the universe. In other words, the simplest model of the universe, based on Einstein's equations, which do not contain cosmological constants, is actually an excellent description of the overall behavior of the universe.

By the early 1930s it was already clear that the universe was expanding and separating galaxies from each other as the intergalactic space expanded. Galaxies do not move through space, but are carried by the expansion of space. This can be likened to raisins in raisin bread. When the dough rises, the raisins are carried away from each other, and they do not travel through the dough. (To be continued......)