The self of the heavens has billions of clones

Chapter 133

First of all, in Einstein's theoretical verification test, there is the effect of "shrinking the scale and slowing down the clock". "Shrinking the ruler and slowing the clock" just proves that matter and space are one, and also proves the relativity of time and space, and the theory that time and space can be bent.The concept of absolute space-time becomes the past tense.

I believe that everyone here is like me, it is difficult to imagine how the space is curved?I can give one such example.Space must be a material space. If we assume that this material space is "hard", then it will not turn when you throw a yo-yo, as if it has entered a straight track, because space is "hard". ", not bent.

But the situation in reality is not true. Light can be deflected by gravity during the movement of space, which means that space is not "hard", and it is not mandatory that light cannot be bent!Through the bendable light, it can be vividly explained that the space is "soft" and bendable.

I have always said that Einstein's theory is correct, but he explained a wrong thing with a correct theory.That is to say, the cause of gravity should not be explained by space-time curvature!

Matter and space are one, but they are not one thing.Bending is a manifestation of this one system [matter and space], and this manifestation is not the source of gravity.But it is extremely deceptive.This is also the reason why Ai Shi was confused.

We say that space tells matter how to move, and matter tells space how to bend. This sentence originally connects matter and space into one.If you don’t understand the space-time bending example above, just think about this sentence, it will help a lot!Motion is the movement of matter, and curvature is the curvature of matter space.There is no way we can imagine the void bending!
It can be explained further that when a massive object moves at a high speed, its mass will become larger and its gravitational force will also become larger.Gravity will make space change and bend.While the mass continues to increase, the space-time in this area is greatly bent and changed, and the mass matter is continuously swallowed, and finally this area will form a black hole!
Here we have to talk about time, and when it comes to time, we have to talk about sports.But motion is the motion of matter, and the inseparability of time and motion means that time and matter are inseparable.Leaving time to talk about matter, matter does not change!

This is Eyre's theory of time and space. He not only regarded matter and space as one, but also included time into this system.He will definitely be an eternal figure in human history!

Excerpted from Chapter 18 of the popular science book "Change" by an independent scholar.

mathematically

Mathematically, space refers to a collection with special properties and some additional structures, but there is no mathematical object called "space".In elementary or middle school mathematics, space usually refers to three-dimensional space.

Common space types in space vector mathematics:
affine space
topological space
uniform space

Hausdorff space
Banach space

Vector space (or linear space)
Normed vector spaces (or linear normed spaces)
inner product space
metric space
complete metric space
Euclidean space
Hilbert space
projective space
function space
Sample space
probability space
A space vector is a three-dimensional vector.It has considerable advantages in dealing with space problems, and is more flexible than the original method of dealing with space problems.

For example, if we convert the line-surface relationship problems and angle-finding distance problems in solid geometry into using vectors to solve them, how to obtain vectors or establish a spatial coordinate system, find the demonstrated parallel, vertical and other relationships, and how to use vectors to find angles and distances. Expression is the key to the problem.

The calculation and proof of solid geometry often involve two major issues: one is the positional relationship, which mainly includes vertical lines, vertical lines, parallel lines, and parallel lines; the second is measurement problems, which mainly include point-to-line, point-to-line The distance to the surface, the angle formed by the line, the line and the surface, the angle formed by the surface, etc.There are more here mainly to use vectors to prove that lines, lines and planes are perpendicular and to calculate line angles, but how to use vectors to prove that lines and planes are parallel, and there are not many examples for calculating the distance from a point to a plane, the angle of a line and a plane, and the angle of a plane and a plane. To a role of attracting jade.

Space
Cosmic space Cosmic space, also known as outer space, outer space, referred to as space, outer space or space, refers to the void area relative to the earth's atmosphere, and outer space is usually used to distinguish it from airspace (territory).There is no clear boundary between space and Earth's atmosphere because the atmosphere gradually thins with altitude.Assuming a constant temperature in the atmosphere, the atmospheric pressure will decrease exponentially from 1000 mbar at sea level to zero with altitude.

The International Aeronautical Federation defines the Karman line at an altitude of 100 kilometers, which defines the boundary between the current atmosphere and space.The U.S. considers people who reach an altitude of 80 kilometers to be astronauts, and 120 kilometers is the boundary where air resistance begins to function during the spacecraft’s return to Earth.

Cyberspace
Cyberspace is the most commonly used of the three concepts, referring to the global Internet system, communication infrastructure, online conference system, database and other information systems generally called networks.The term most often refers to the Internet, but it can also be used to refer to specific, wide-ranging electronic information environments, such as the information systems of a company, an armed force, a government, and other organizations.

The term cyberspace may be used to explain the electronic storage and flow of information, the providers and users of that information system, and the technologies associated with it as a domain and system that characterize it as clearly as political science or economics .Ideally, as technology advances, users should be able to enter and operate this cyberspace through hardware and software.

Cyberspace is the fastest growing and newest domain of influence and ownership in the world.No matter which country it is, it is one of the biggest projects at the moment, and the term cyberspace has also become the technical side of the most popular vocabulary.But in this term, people seem to see the network more than the technology, from William Gibson in 1984 using Cyber-punk to explain the sympathetic illusion (Gibson, 1984), until now people use Cyberspace to explain the construction and creation of ideas The global model, which strengthens people's spiritual unity, actually indicates a partial overlap between cyberspace and thought space.

Cyberspace is more limited than information space or thought space, in that it mainly represents the network (this virtual and real thing).But some definitions also go beyond the scope of the Internet, such as those related to cyberspace, affecting public telephone networks, power grids, oil and gas pipelines, telecommunication systems, financial clearinghouses, aviation control systems, railway marshalling systems, Bus dispatching systems, broadcast television systems, military and other government security systems, etc.Much of strategic information warfare is about securing domestic networks and developing the ability to exploit other weaker states in the system (Arquilla, 1998).

(End of this chapter)