What is the topology between the universes

As long as you can know the gist of the question, it's pretty much the same. I think that the civil science that understands the topology of the universe can only be said to the general effect. First of all, the word "topology" reminds us of computer networks, such as star, tree, and network topologies, which can be seen as geometry connected by points and lines.

From the word "network", we can simply think of the topology of time and space. It's easy to conceive of a space-time structure as a kind of network topology, just think of it as a fishing net, and the space-time is tiny to the limit and it's just a bunch of bubbles! The same principle applies to ascending to and between universes, from a close-up experiment of two metal plates to test whether there is an extra-dimensional universe, or a parallel universe.

Then the topology between the two universes is actually one.

Or energy bubbles. It is conceivable that the universe and the universe are immersed in the ocean of larger, multidimensional cosmic space. The only interconnection between the universe and the universe is the energy bubble.

Because the "quantum fluctuations" make the tiny space between the universe extra weird, but in essence, it is the conversion of positive energy and negative energy, which is usually completed by energy bubbles. So we see this kind of cosmic ups and downs as a kind of topological structure, still a kind of network connection, and the only difference from the space-time bubble is that the unit that makes up the bubble is energy, and the power comes from the vibration of the strings. For example, the vibration of the strings will form a disturbance to the air, and the energy transfer will be diffused to the ears, so the landlord will enjoy the beauty of **.

Topological structure is to represent the position of various objects as abstract positions, in the network, the topological structure vividly describes the arrangement and configuration of the network, including the interrelationship between various nodes and nodes, the topological structure does not care about the details of things, nor does it care about the proportional relationship between each other, only the mutual relationship between the things within the scope of the discussion is expressed, and the relationship between these things is represented through the diagram.

In order to realize the interconnection of computers and other devices in the network, they need to be connected in a certain structural way, which is called the spring stool"Topology", in layman's terms, how these network devices are connected together.

The topology diagram gives the network configuration and interconnection between the network server and workstation, and its structure mainly includes star structure, bus structure, tree structure, mesh structure, honeycomb structure, distributed structure, etc., and there are other types of topology in the computer network, such as bus type and star mix, bus type and ring type mixed connection network, in the local calendar comma network, the most used is bus type and star structure.

The topological structure is to represent the position of various objects as abstract positions, in the network lifting liquid network, the topological structure vividly describes the arrangement and configuration of the network, including the relationship between various nodes and nodes, the topological structure does not care about the details of things, nor does it care about the proportional relationship between each other, only the mutual relationship between the things in the discussion range is expressed, and the relationship between these things is represented through the diagram.

In order to realize the interconnection of computers and other devices in the network, they need to be connected in a certain structural way, which is called"Topology"In layman's terms, it is said how these network devices are connected in a penetration.

The topology diagram gives the network configuration and interconnection between the network server and workstation, its structure mainly includes star structure, bus structure, tree structure, mesh structure, honeycomb structure, distributed structure, etc., there are other types of topology in the computer network, such as bus type and star mix, bus type and ring type mixed connection network, in the local area network, the most used is bus type and star structure.

Topology is a new discipline that has been formally studied since the 20th century. It is different from the geometry studied in the past, and through the study of topology, it is possible to elucidate the set structure of space, so as to grasp the functional relationship between spaces. Whereas previously people were concerned with geometry or the angle, length, area, volume, etc., topology is the study of properties that remain unchanged after a series of twisting, stretching, compression, etc.

For example, a basketball can be pulled into a rugby ball, although the shape has changed, maybe the volume, the surface area has changed, but there are some important properties that have not changed: there are two sides (inner surface and outer surface), closed, etc. These are the properties of topology, and these are all under the category of topology.

Because of the continuity of a large number of natural phenomena, topology has the possibility of connecting a wide range of practical things. Since the thirties of this century, mathematicians have studied topology more deeply and put forward many new concepts. For example, the concept of coherent structure, the concept of abstract distance, the concept of approximate space, and so on.

In layman's terms, it is the study of various spatial structures.

The spatial structure of the universe is linked to topology, the universe is finite and unbounded, and we can use topology to study its space and dimensionality.

A topology is a network structure in which nodes are connected to each other. It is widely used.

For example, the topology of a computer network refers to the form in which various sites in the network are connected to each other, and in the case of a local area network, it is the connection form of file servers, workstations, cables, etc.

The topology in PCB design, which is similar to that in networking, refers to the connection relationship between chips.