Science Fiction to the Rescue of Teaching?

Science fiction to the rescue of teaching? Feb 15 1998. My citations are written down in my dorm, where I am not. So for the time being just know that this came from physicsworld.com

Due to books about the science in science fiction (SF) such as The Physics of Star Trek lectures and teachers are considering using movies as a way to teach science. Leroy Dubeck from Temple University and the author of several books gave a lecture at the annual American Association for the Advancement of Science about the possible teaching aid.

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Finding the Science Behind Science Fiction Through Paired Readings

Lesson plan From www.readwritethink.org

Written by Lisa Storm Fink and Published by the National Council of Teachers of English

Overview

Through this lesson plan the author says that the students will lean about science in science fiction (SF) while exploring the genre and by researching nonfiction resources. The students will look for facts that supports or disputes the science in the plot of the book.

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Taking Science To The People

Summary of several chapters from Taking Science To The People: A Communication Primer for Scientists and Engineers Edited by Carolyn Johnsen.

Copyright 2010 by the Board of Regents of the University of Nebraska

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L’Engle’s Fiction Inspired Real Science

I will include the address of the article later. My full list of citations was left in my dorm over Thanksgiving break so I will edit this when I go back.

“L’Engle’s Fiction Inspired Real Science” from National Public Radio’s Science Out of The Box hosted by Jacki Lyden with special guest astronaut Dr.Janice Voss on September 8, 2007. This interview was conducted the day after Madeleine L’Engle’s death.

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This is a summary over the book Science in Cinema: Teaching Science Fact Through Science Fiction Films by Leroy W. Dubeck, Suzanne E. Moshier, and Judith E. Boss. Copyright 1988 by Teachers College, Columbia University and published by Teachers College Press, 1234 Amsterdam Ave., New York NY, 10027.

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So first of all, I realize that I haven’t posted in a while. It’s not that I haven’t been thinking about it, it’s just that I’ve been spending the little time that ResNet works towards online physics homework. Posts like this one started out on paper so I have been working on it.

Now with that out of the way I can start on the actual topic of this post!

 

Last Wednesday night I came across seasons 1 and 2 of the original series of Star Trek at Game Haven. They were used, of course, but in good condition, and most importantly they were over half the price of the new ones online ($26 and $29 versus $60ish and $80ish). Game Haven also had a buy one get one free deal on DVDs. So guess what I did…..

I happily brought my uber cheap loot home and didn’t touch it until last night when I decided I needed some background noise while doing home work and cleaning my room. Needless to say not much cleaning or homework got done.

The episode was called “Where No Man Has Gone Before” the star date was 1312.4 and it was the third episode of season one. You can read about it here http://www.imdb.com/title/tt0061027/ or better yet watch it yourself. I haven’t seen this episode since I was little kid. In fact, I haven’t seen many since I was a little kid. While watching it, I realized that my thinking had changed. Actually, I think it changed to some degree due to doing this research paper.

When I was little I took the things that happened and the things they said and thought as if that’s just the way it was in the future (of course I knew it was fiction, but make believe was much more fun). I would think some things were really cool and I wondered how the machines worked. Now my thinking is different.

I realized that instead of being a little kid amazed at blinking lights and Spock’s eyebrows, I was analyzing everything about the episode. When I finally gave up on cleaning and my graphics homework and gave in to my distraction, I let my analyzation run wild with my imagination. Instead of being just a college student wasting time with 1960’s SF, I was a random person (hopefully not a red shirt) following the crew around trying to understand everything that they were saying and doing. I was using all of my relevant knowledge and critical thinking skills to keep up.

I wanted more than just to be entertained, I wanted to understand. I wanted to ask questions, but I knew Shatner wasn’t about to stick his head out of the the screen, hold my hand, and walk me through the episode using baby steps. I had to guess and figure out things for my self. I tried to imagine my self as a modern day scientist / engineer that found herself transported to the future on the crew of the USS Enterprise. I tried to think and question the information presented in the episode keeping that in mind. Some things I saw didn’t surprise me, like technology. It would make sense that our future society would eventually be advanced enough for that type of space travel ect. given the “evidence” in the show that we had had alien contact for a while and shared information with other civilizations. Some things did surprise me, namely the ESP.

With our science’s current opinion of ESP it is surprising to see the science officers to talk about it like it was well documented and not scoffed at. In fact the crew members ESP scores were tested before the voyage. Spock doesn’t even question it that much! I personally know from being nerdy and learning magic tricks of how to “bend” spoons and “read” minds like the artists on tv can. So it really surprised the scientist I was playing in my head about their reaction to this. The episode showed that these things were happening, but the crew didn’t seem as surprised as I would have been. This made me wonder what type of paradigm shift must have happened to the earth science in Star Trek for ESP to get credibility like that.

This is a good example of how SF can make you think about current science and use critical thinking to analyze hard to understand situations. In this episode you couldn’t just say “well none of this exists anyways, so there!” you had to think “Wow, that’s odd! This shouldn’t be happening, but apparently it is…. and the crew is in danger.. What can I observe about the situation and what knowledge can I apply to understand what’s going on to keep everyone safe?”

Using SF in a class room or for your own sake can be beneficial in so many ways. Not only can you see examples of good factual science you see counter examples of bad fictional science. You see things that we may one day have and wonder about how they’re built. You also get to see things that shouldn’t happen, but in the story line it is, and you get to see how the characters address it and wonder how you would go about collecting knowledge and approaching it. If you approach SF like a scientist/engineer you can have more fun than just watching it and you learn a lot too. You might be inspired to Google something or find a book on a topic. You might even realize something about the way you think and decide if that’s good enough for you or not.

I plan on watching the episode again tomorrow morning, well, at this point I suppose it would be later on today, and taking detailed notes about analyzing it. I will post these notes later on. I am also going to be on the look out for what I want to call the three types of science fiction in science fiction :

1. The “Are you serious? Did you sleep through elementary school science your entire life?” type of science where things are blatantly wrong. Examples can include wrong values, math, and definite things that are just silly like finding that the Earth had a second moon that has been hiding from us the entire time or normal plants can stand up and start chasing people.

2. The “That’s impossible right now, but that’s what they told the Wright brothers too. This is set in the future anyways so maybe it’s just the distant future,” type of science where things could be true in the future. Examples include artificial intelligence, advanced space flight, advanced computing, and hopefully sonic screwdrivers.

3. The “Are you serious? That’s impossible! There is no way that could work out that way with our current rules!” type of science where there needs to be a paradigm shift for the science to be true. These are basically times where the “silly ancestors in 2011 just didn’t know any better”. These could easily be thrown in with group 1, but I would say these are “more true” than the cases in group 1. The ESP in this episode is an example of this. While it is true that our science says that ESP doesn’t exist, the episode supplies evidence that they consider it credible. So there had to be some sort of new understanding between our time and theirs to have this type of evidence. This type of fiction is more believable than some in group 1 that might say that a sun flower is going to kill you in your sleep.

 

FAB Fridays

For my volunteering hours I have been working at the STEM Center’s FAB Fridays. On the first FAB Friday in September I helped out at the microscope station. I didn’t have that much time to spend because I had to go home that night, but I felt like the time was well spent. Something that really surprised me was that a few kids had no idea of how to use a computer. That seemed incredible to me. I grew up around computers because of my dad’s profession and can’t imagine a kid not knowing anything about computers.

I also went to the October FAB Friday and ran a station. Since I work at the STEM Center I have the opportunity to do a lot of behind the scenes set up. Mrs.Gail Gentry let me be in charge of setting up an activity I had found in a folder she had gotten from a conference. The activity was about investigating colours, namely the difference in pigmentation and iridescence. There where three “stations” to the activity.

First, there was a bubble station where kids could see a rainbow of colours in  soap bubble. This activity explained how the difference in colour was due to the different thicknesses of the film. Well, it did in theory at least. A lot more could have been explained if the fact that they were bubbles didn’t make it so distracting. The second station consisted of different types of feathers and water droppers. The idea behind this one was that some feathers (peacock in this case) are iridescent and if you drop water on them, they should change colours. In fact, the normally green peacock feathers turned bright orange in some places. Lastly there was a station that focused on pigmentation and colours of light. I have to admit, I liked tricking the children with the true primary colours of light. It was fun to tell them that what their art teachers had taught them was not true in every case and it was even more fun to see their faces when they saw for themselves.

I also put together two self guided activity boards about the differences in mixtures. The boards consisted of a set of cards showing mixtures (examples include marshmallows, soup mix, and clouds). The game instructions explained the differences between heterogeneous and homogeneous mixtures and asked the kids to sort the cards.

 

First Post!

So I am basically testing out how to make posts on this thing and I thought that I would post about my header because I could write it in 5 minutes then work on classes that I have tests for on Friday. I really hope that a lot of you are able to recognize the flying blue phone box on my header, but in the event that you don’t, the box is called the TARDIS. It’s off of my favorite scifi show, Doctor Who. There are many reasons to why I have it as my header. For one, who wouldn’t want a picture of a ship that moves through both time and space?! There’s also the fact that I’m obsessed with DW (Doctor Who) and the fact that it has an awesome picture of space in the background. However the main reason that I wanted to share with everyone is that it inspires me.

I know this may sound a little nerdy, but things like DW and other forms of scifi have always inspired me. My main goal in life is to be a great engineer and I sometimes wonder how I would have turned out if I hadn’t always been so attracted to scifi. What if I had been more into “girly” things like fashion? Would I be at a different school learning about fashion design? What if I had been more into crime dramas? Would I be studying law right now?

At any rate, I fell in love with scifi and I honestly believe that if I hadn’t I wouldn’t be as happy with my current choice in life as I am. When ever I see any futuristic devices I wonder how they work. I wonder how close we are to making these beeping, blinking, magical things and wonder if the work I want to do in the future will help make it possible. I believe one day we will have hover-boards, amazing mech suits, force fields, teleports, and maybe even lightsabers. I just hope I will be able to contribute to making a sonic screwdriver.

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