Did Curiosity Kill The Cat?

Science is fun. Science is curiosity. We all have natural curiosity. Science is a process of investigating. It’s posing questions and coming up with a method. It’s delving in.

Sally Ride

If you’ve been following my #28daysofwriting, you’ll know that my theme for this week is Student Motivation. Last blog, I wrote about challenge. In this entry, I’ll focus on ‘curiosity’.

Any Aussies remember this classic 80’s show? I loved The Curiosity Show. I was a fiend for random facts. In fact (pun intended), I drove my parents mad for most of 1987 with a fact book I bought with my pocket money. I’m pretty sure that fact book “went missing” quite soon after a long family road trip in which I insisted on reading every fact aloud to the entire car.

This term, our Integrated Inquiry unit for Stage 3 is entitled the Ministry of Science. You can read about the ins and the outs of this inquiry here.

One aspect that I love about this inquiry is that we incorporate Christian Studies into our chats about science. Often, these two learning areas are in conflict but our team welcomed the challenge of finding some sort of harmony between the two. I’ve found that when students are encouraged to question the universe’s beginning and size, it fuels a deep curiosity.

One way we’ve been doing this is through the work of Louie Giglio and his Indescribable series. I played a 7-minute clip from this in class yesterday and the curious response was… well… indescribable. Students couldn’t wait to ask about how big the universe is and whether there’s life on other planets and the speed of light, etc.

Then, this is my favourite part, my students then continued this discussion on Edmodo.

How do you know that you’ve developed curiosity in your students?

They can’t stop talking/researching/writing about that “thing”.

BTW If you want to read a rad post about researching, here’s a helpful link.

Visible Thinking and A Private Universe

I’ve been wanting to blog about a Visible Thinking workshop that I attended a while ago. The workshop began by showing this video (circa 1987) called A Private Universe: Misconceptions That Block Learning. In the clip, Harvard graduates are asked a seemingly simple question – What causes the seasons? You’ll be surprised by the responses.

NOTE: You can also watch the full video here:  http://www.learner.org/vod/vod_window.html?pid=9

The video shows the strength of “private theories” that students construct. We all know that in order to conserve energy, our brains attach new information to previous schemata.  Our brains change seemingly small parts of received information in order for it to connect to prior knowledge as this is easier than creating a whole new schema. This explains why we all have slightly morphed ideas about even factual information.

What does this mean for learning (and teaching)? How does this link to Visible Thinking?

It is vital for students to become aware of their own schemata on any given topic. Naturally, by discussing currently held theories, the teacher and the learning community can direct the lesson so that everyone develops a more accurate understanding of the content.

Here are some examples of Visible Thinking routines that can assist the learning community in developing a shared understanding of a concept:

(see http://www.visiblethinkingpz.org/VisibleThinking_html_files/03_ThinkingRoutines/03c_CoreRoutines.html for more in depth instruction on these routines)

By really asking our students (and ourselves) to critically analyse current understandings, we develop a learning community in the true sense where any idea can be questioned, examined and proved (or disproved). That’s a learning community that I want to be a part of!

‘To raise new questions, new problems, to regard old problems from a new angle requires creative imagination and makes real advances’
Albert Einstein