Question about Condensation of Space

In summary, the individual listened to Dr. Michio Kaku on Coast to Coast and had a question about his statement regarding strings being formed from the condensation of space. The individual is new to this topic and wonders how space or a vacuum can condense, and if this means a vacuum is a type of chemical reactor. The individual also acknowledges that their question may be simplistic or silly.
  • #1
MikePB
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Question about "Condensation of Space"

Uhm hi!

I was listening to Dr. Kaku on Coast to Coast Sunday, and had a question about something he mentioned, namely that he thought that strings were formed from the condensation of space.

I was wondering, and forgive if this is a silly question, but I'm only just delving into this realm, largely thanks to hearing Dr. Kaku speak on TechTV and Coast to Coast, how does space, or a vacuum, condense? And does this mean that a vacuum is a type of chemical reactor?

Again, sorry if this question is simlplistic or silly.

Thanks!
 
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  • #2
Michio Kaku has a history of saying things that are more fluff than substance. He appears, unfortunately, to be more interested in getting attention than saying things that make sense.

I have no idea what he could have meant by "condensation of space." It doesn't make sense.
 
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1. What is condensation of space?

Condensation of space refers to the process by which matter and energy are pulled together in space, forming larger and more dense structures like galaxies, stars, and planets.

2. How does condensation of space occur?

Condensation of space is primarily driven by the force of gravity, which causes particles to be pulled towards each other. This process is also influenced by other factors such as the density and distribution of matter in space.

3. What role does dark matter play in the condensation of space?

Dark matter is thought to make up a significant portion of the matter in the universe and plays a crucial role in the condensation of space. Its gravitational pull helps to gather matter together and form larger structures.

4. Can we observe the process of condensation of space?

Yes, we can observe the process of condensation of space through telescopes and other observational tools. By studying the movement and distribution of matter in space, scientists can learn more about the process of condensation and its effects on the universe.

5. How does the concept of condensation of space relate to the Big Bang theory?

The Big Bang theory suggests that the universe began as a hot, dense point and has been expanding and cooling ever since. As the universe expanded, matter and energy began to condense and form the structures we see today. Therefore, the idea of condensation of space is closely tied to the Big Bang theory and helps to explain the formation of the universe.

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