Thursday, May 5, 2016

Here is our project on the Big Bang. PowerPoint created by Adam Suelmann, Jade Thomas, and Mitchell Lukens. Voice over done by Mitchell. To view the project click on the following link. https://youtu.be/HLoBQWcPxvU
Have a great summer!

18 comments:

  1. What are quantum fluctuations and how did they affect the universe during the Big Bang?

    ReplyDelete
    Replies
    1. They are a change in energy levels in any given point of space. They can affect the universe during the Big Bang in the way that these fluctuations can produce matter & anti-matter.

      Delete
  2. This comment has been removed by the author.

    ReplyDelete
  3. Hey, the Youtube link leads to a terminated video. Is there another way I could watch the presentation?

    ReplyDelete
  4. Check your original video on Youtube! We can no longer see your presentation...

    ReplyDelete
  5. What is your opinion of the theories opposing the Big Bang?

    ReplyDelete
    Replies
    1. I think that the Big Bang makes the most sense. However I do believe that a lot of people would disagree with the Big Bang due to their religious beliefs.

      Delete
    2. I think that the Big Bang makes the most sense. However I do believe that a lot of people would disagree with the Big Bang due to their religious beliefs.

      Delete
  6. You should be able to watch it now, sorry for the inconvenience

    ReplyDelete
  7. Where did the heat from the Big Bang go?

    ReplyDelete
    Replies
    1. The heat from the Big Bang expanded, so when the universe expanded the heat went out with it. There is still the same heat it is just spread out throughout the universe now. When the energy is in a tight spot it is very hot, but when it expands it "cools" down throughout the universe.

      Delete
  8. Are you sure the theory says that the Big Bang started with a black hole? I think that a singularity is different from a black hole.

    ReplyDelete
    Replies
    1. Black holes also have singularities, so technically the Big Bang started from singularities and a black hole.

      Delete
    2. But aren't singularities a broad term where we don't know the physics of what is occurring at the point?

      Delete
    3. And if we were in a black hole like you are essentially suggesting wouldn't gravity be stronger then the other four fundamental forces? (we observe gravity as the weakest of all four forces)

      Delete
  9. What exactly does the curve of space mean?

    ReplyDelete
    Replies
    1. Inflation of the universe flattens the overall geometry causing overall density of matter plus energy to be very close to critical density, that is the geometry of
      spacetime is flat.

      Delete