Assignment
Assignment
Course: Materials Characterization for Soft and Polymeric Materials
Institution: University of Notre Dame
Faculty: Gabriel Burks
Assignment: Imaging & Richard Feynman
The course is divided into three blocks. For each block, students write responses to the “thought-provoking questions” in the associated online class discussion board and provide a thoughtful response to two of their peers.
It’s 1959. You walk into a packed lecture hall in Pasadena, California. The speaker is animated, smiling, bouncing. But what he’s about to say is nearly science fiction. He tells the audience there’s “plenty of room at the bottom.” He envisions a future where we could arrange atoms one-by-one, where we could see what was once invisible. No such tools existed then.
Feynman didn’t build microscopes.
He built questions that opened doors.
He believed that curiosity—not conventional logic—was the spark for discovery.
He believed asking “why not?” was more powerful than asking “how?”
Thought-provoking questions
Note to Instructors
As the instructor, the prep is pretty fun for the exemplar portion. I add a bit more historical context and include news clippings and nontraditional media to demonstrate not only the story of the exemplar but the personality of the exemplar.
About
Students in class: Approximately 20
Teaching modality: In person
Grade level/year: A mix of graduate and undergraduate students
Course type: This is currently an elective course, but it will undergo review to be added to the Materials Science Engineering Ph.D. program curriculum.
Virtues integrated: moral courage, intellectual wonder (curiosity), and intellectual attentiveness
Course: Materials Characterization for Soft and Polymeric Materials
Institution: University of Notre Dame
Faculty: Gabriel Burks
Assignment: Imaging & Richard Feynman
The course is divided into three blocks. For each block, students write responses to the “thought-provoking questions” in the associated online class discussion board and provide a thoughtful response to two of their peers.
It’s 1959. You walk into a packed lecture hall in Pasadena, California. The speaker is animated, smiling, bouncing. But what he’s about to say is nearly science fiction. He tells the audience there’s “plenty of room at the bottom.” He envisions a future where we could arrange atoms one-by-one, where we could see what was once invisible. No such tools existed then.
Feynman didn’t build microscopes.
He built questions that opened doors.
He believed that curiosity—not conventional logic—was the spark for discovery.
He believed asking “why not?” was more powerful than asking “how?”
Thought-provoking questions
Note to Instructors
As the instructor, the prep is pretty fun for the exemplar portion. I add a bit more historical context and include news clippings and nontraditional media to demonstrate not only the story of the exemplar but the personality of the exemplar.
About
Students in class: Approximately 20
Teaching modality: In person
Grade level/year: A mix of graduate and undergraduate students
Course type: This is currently an elective course, but it will undergo review to be added to the Materials Science Engineering Ph.D. program curriculum.
Virtues integrated: moral courage, intellectual wonder (curiosity), and intellectual attentiveness