Prompted

Image Credit: NASA

As I mentioned in my previous post, I have joined a writing group. The way it works is every week a prompt goes up, we submit a response to that prompt, and then we comment on each other’s responses. Each member takes a turn coming up with a prompt. We are six weeks, and six prompts, into this endeavor.

In responding to the prompts and in reading and commenting on other responses, I have learned the following:

  1. My writing sucks. Now keep in mind that people – countless people actually – including family, friends, and co-workers have told me, in no uncertain terms and repeatedly, I do not take criticism well. Personally, I don’t think those people are right. However, I have to admit “my writing sucks” is a bit of an exaggeration on my part here. It’s more my style of story telling (in a fictional piece) needs some work. The comments I have received so far have been both complimentary of my writing and extremely helpful in pointing out how I can improve it.
  2. I should not attribute something I don’t understand to a culture I am not familiar with. “Well, maybe that’s just the way they do things,” is not a good way to think.
  3. My first reaction to the prompts has been “ugh”, but then I end up getting into them. (Except for the one I suggested.) The prompt this week is relativity. Ugh. I stared at that word for a while, and then, in desperate need of some help, I started googling about the Theory of Relativity which I had a very poor understanding of since I have never, ever taken Physics – something I highly regret. This is what I learned:
    • Maximum speed is finite.
    • Light bends around massive objects and serves as lens to see things behind those massive objects.
    • In a space-time continuum, things are measured by length, width, height, and duration.
    • The space-time continuum around a large object is warped and twisted by that object and it’s rotation.
    • That distortion in the space-time continuum is felt as gravity.
    • The rate at which two massive objects orbiting each other will move towards each other can be predicted.
    • Two events that occur at the same time for one observer could occur at different times for another observer.
    • A fast moving observer notices time passing more slowly than a relatively stationary observer.
    • GPS was brought to you in part by the Theory of Relativity.
  4. Thank goodness for distractions. While writing my latest response, I noticed that an update to the theme I use for this blog was available, and I spent hours learning about the new features and making some tweaks to the blog. What fun.

By the way, my response to the relativity prompt? A love story.

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4 Responses

  1. You should include how Joanne and I are related and ask if anyone has any theories on that.

    • As part of the theory, I also learned that there is no fixed frame of reference in the universe. So that explains how you and Jo are related and also explains how Gail and I are related.

  2. Chris says:

    Too many bullets on relativity. Did you learn nothing at M?
    p.s. keep up the good work.

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