I am very excited to finally write about my amazing trip up to Helena, Montana to talk about optics! This was such an enjoyable trip and one that will be a strong memory of my time at the U of A. This trip occurred back in May of this year.
The video on “Real Holography” that I made prompted this trip. A teacher friend of mine in Montana watched the video and showed it to her students. She later told me how much they enjoyed it. Her school is in the category of a rural school, and is far enough from any major university that a solid STEM presentation is hard to come by. I spoke with the folks at CIAN, and they agreed to fund my trip up there! I still smile thinking about the event, I had so much fun. My teacher friend, Deanna Carlson, organized several events for me. I would present in front of two assemblies at her school, one to the K-5 group, and one to the 6-8 graders. The next day, I would speak in several high school physics classes.
First, I spoke to the younger kids (my favorite crowd). I brought several of my favorite outreach tools with me, such as diffraction glasses, the laser radio, the “holographic” (even though it’s not) pig, and others. The younger kids are my favorite because they get so excited about cool demos. There’s nothing like the collective gasp of almost 200 K-5 kids as they see the effect of diffraction glasses projected onto a large screen. Towards the end of the day, the first grade teacher for the school, Clancy Elementary and Middle school, asked that I come talk to her class again, because they had gotten so excited by my talk. I wish I could show the picture of myself with them, but not surprisingly, the school doesn’t allow pictures that could identify the kids to be posted on public websites such as this blog. It’s my favorite picture from this trip.
Not only did the kids enjoy the presentation, many of the teachers came up and thanked me before they left.
While I had aimed the K-5 presentation to mostly show how cool optics and science in general are, the 6-8 graders received a slightly different presentation reflecting their older age. This presentation focused more on the technological impact of optics and I also talked briefly about career ideas. It wasn’t a dry presentation though! I kept it exciting with some of the same and new demos from the ones I had used before. This group again really enjoyed it. I received some good questions from this crowd, too.
For the high school class, the physics instructor had specifically asked for a presentation about laser and holograms, since he had seen both my real holography video and the video from the Discovery channel. I showed both these videos to the classes, as well as the laser radio and how an optical fiber worked. This particular physics teacher actually did a fair number of optics experiments with his classes, so they were able to understand concepts such as TIR in fibers. These students also heard about the University of Arizona and the College of Optical Sciences.
All in all, these two days of outreach rank #1 in my list of favorite outreach experiences. It was incredible to speak to almost 500 students in just two days. Several of the teachers who sent me and CIAN thank you emails said things such as “It is difficult to hold a young person’s attention for very long, but you mastered it with the visuals and by having participants! We really appreciate your time and your university’s commitment to stimulating young minds to the wonderment of science.” Deanna Carlson commented, “Many students made comments along the lines of, “I want to do that!” and “Science is cool!” and “I love science!… Thank you again for sending him here. Our rural school enjoyed a rare opportunity.”
BENJAMIN CROMEY – UNDERGRADUATE STUDENT, UNIVERSITY OF ARIZONA
Benjamin Cromey is pursuing his Bachelors in Optical Sciences and Engineering at the University of Arizona. As a member of the Optics Ambassadors and the Outreach Coordinator for the Student Optics Chapter, optics outreach is one of his passions. He participated in the 2012 IOU program with CIAN and has been working with 3D Holographic displays ever since.