Glassblowing: The Intersection of Craftsmanship and Science

The video showcases the expertise of master glassblower Bob Harris at the Goddard Space Flight Centre. It highlights his role in crafting unique glass components for scientific experiments and spacecraft, emphasizing the flexibility and durability of glass. The video also covers the collaborative efforts between craftsmen and scientists, and Bob's artistic glass creations representing NASA's achievements. Glassblowing is portrayed as a blend of traditional craftsmanship and modern science.

What is one of the key characteristics of glass that makes it suitable for scientific experiments?

• It is biodegradable.

• It is easy to color.

• It is unaffected by most chemicals.

• It is lightweight.

What is the first step in shaping the glass for the research apparatus?

• Cooling the glass rapidly.

• Inserting tubing to form a joint.

• Heating the entire tube.

• Forcing air into the closed tube.

How does Bob Harris contribute to the ozone depletion study at Goddard's atmospheric research lab?

• By designing the study's methodology.

• By funding the research.

• By providing glass components for the apparatus.

• By analyzing the data collected.

What is one of Bob Harris's hobbies that has helped him discover new talents?

• Painting landscapes.

• Building model airplanes.

• Creating delicate glass sculptures.

• Writing poetry.

What does the collaboration between craftsmen and scientists often extend to beyond glassblowing?

• Chemical synthesis.

• Astronomy research.

• Optics and mirror creation.

• Spacecraft design.