In the first chapter, we are going to unify the three basic dimensions of mass, time, and length into one dimension. We can bring all these dimensions into one unit. The unification of dimensions at the Planck scale takes place here. Of course in the second chapter, we discuss the possibilities to step up into the type 1 civilization as soon as possible. Along with that, we are also investigating some other important issues. What is a singularity? Why did the big bang happen at that particular time? How can we solve the baryon asymmetry problem? Why can particles exhibit both particle and wave properties at the same time? These are the main discussions in this chapter. Here we can find the real cause of events like the Baryon asymmetry that occurred after the Big Bang. Also, we understand why particles exhibit dual properties. In the future, we can develop this concept into a technology suitable for space travel. In the next chapter, we learn about the conditions of energy and space-time in the early (primordial) universe. We understand that due to the changes in the configuration caused by the dimension, the energy can remain in another state. In this case, the rate of interaction between energy is very low. In this condition, the energy particles mainly interact with each other by gravity. The second chapter discusses until the energy particles in this state combine to form the Big Bang Singularity. The formation of the Big Bang Singularity is a process that has been going on for many billions of years. We discuss three possibilities for how a singularity can be formed. We find that the imbalance in the ratio between space-time and energy creates favorable conditions for the primordial particles to come together. This is one of the main reasons why the Big Bang happened at such a particular time. The next chapter is the ensuing Big Bang. We try to trace the Planck era, the Inflation era, and the other phenomena that occur after the big bang, in the little things we do in our daily lives. The Big Bang was never an explosion. The Big Bang is the collapse of two interacting equilibrium states. We can see three different scenarios here at the time of the big bang. The new time, which begins with the Big Bang, will be added to the space. A new space-time will be created there. A new space-time must have been created along with the Big Bang. Another feature is that the space-time undergoes corresponding changes during all these processes. We can also consider the changes in space-time as a major cause of the Big Bang. Space-time is flexible. The next chapter is about the universe expanding within a gravitational frame. The pressure created as more space-time is absorbed within this frame, is accelerating the expansion of the universe. The uniqueness of this chapter is the structure of the universe accordingly to this idea. We discuss two possibilities for accelerating the expansion of the universe. It can be said that the universe is expanding towards another big bang. If energy was absorbed into the center of the universe when the Big Bang Singularity was formed, then space-time is absorbed into the center of the universe here. The first and last chapters mainly explain gravity. The repulsive nature of gravity is also discussed here. Here we explain how small objects create their space-time within the space-time of an object with a large mass. For this, a model of a system consisting of the Sun, Earth, and Moon is presented here. The question here to discuss is to what extent an energy form that is filled in the Planck volume will affect space-time. This chapter examines the concept of the dimensional configuration of energy in more detail. More discussions are being done here to understand the two states of energy. Time is discussed here as an important topic. Explains in detail the concept of time travel. Trying to understand its possibilities.
