Sunday, February 4, 2024

EWeek 4: Post one - Eve, T. (2019). Bridges Stockholm 2018 and this week’s Introduction

 Eve, T. (2019). Bridges Stockholm 2018 and this week’s Introduction



Eve Torrence is a mathematics professor at Randolph-Macon College, in Ashland, VA. Eve incorporates the arts into their teaching and designing mathematical sculptures. Eve provides an overview of the 2018 Bridges Conference in Stockholm. 



The conference takes place at the National Museum of Science and Technology. However, the museum is on a campus that is also shared by the Ethnographic Museum, Maritime Museum, Swedish Sports Museum and the Police Museum. In this particular year the proceedings included 44 papers, 55 short papers, and 21 workshops. 



Eve’s description of the museum makes it sound the perfect place for the conference, especially as day four honoured Nordic Day (marking the signing of the Helsinki Treaty) and Family Day. At the front of the museum is the Mathematical Garden. This playground contains but is not limited to a slide in the shape of a nautilus and a giant xylophone to explore the relation between fractions and tones. 



For Nordic Day 4 lectures on creative education occurred in the morning. Family Day opened in the afternoon with Susan Gerofsky’s world premier of her play “Witches of Agnesi”. Here is a link to a video of “Witches of Agnesi” ,https://vimeo.com/339892315. The play brings together three different mathematicians who all faced obstacles in their careers because they were women. (Maria Agnesi (1718–1799), Sofya Kovalevskaya (1850–1891), and Emmy Noether (1882–1935))



Some of the activities of Family Day reminded me of our virtual Family Math Day we did in Cynthia’s course. However, the virtual aspect lacks some of the personal connections that an in-person event has. Family Day included over 20 workshops featuring - making paper geometric models, spirographs, and origami. Family Day ended with a Music Night and a Bridges Fashion Show. 



Reading about the binaries of arts and math, from the Introduction, had me thinking about examples of art/math crossovers that I could readily recall. The works of Dutch graphic artist Maurits Cornelis Escher came to mind first. I see from some Bridges entries, his tessellations are inspirations for the work of others. As for science, the Element song came to mind. (https://www.youtube.com/watch?v=U2cfju6GTNs) 



The readings also mentioned how the divide is American/European. My questions this week are: What art/math crossovers first came to your mind? 

Thinking back to your Virtual Family Day activity, did it incorporate any art crossovers? 

Also, as the NWT switches to the BC curriculum, there is a high school course called the History of Mathematics. I’m quite interested in teaching this course and I wonder if doing so would provide both historical and modern  examples of arts/math crossovers from different cultures.

 


2 comments:

  1. Hi Shawn,

    Great crossover with the family day activities from EDCP 550. Coincidentally, Amanda and I worked together, presenting a workshop titled "Shapes, they are all around us". Participants first exercised their ability to chance their perspectives, finding and identifying math shapes around their house. It's interesting how both of the courses connect in this way. I won't go into detail of the second half of the activity, in case Amanda would like to comment.

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  2. Hi Shawn,

    Sounds like an interesting way to have a conference in a museum. I think it’s important that when we learn about multimodal ways of teaching and learning math that the teaching itself is presented in diverse ways.

    Crazy to think that the math fair was a year ago! Pat and I had participants create animals from shapes. We brainstormed together what shapes and size of shape would be needed to create giraffes and cats. Participants then had time to create and share a shape animal with the group. It seemed that participants were very involved and engaged in the learning. Opportunities to play and create with shapes allow students to see the fun in mathematics!

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