Kate Ascher, author of The Heights: Anatomy of a Skyscraper, and Carol Willis, founder, director, and curator of the Skyscraper Museum, discuss the history and future of tall buildings—from Chicago’s 17-story Auditorium Building to Dubai’s 160-story Burj Khalifa. They’ll explain how they’re built, how they work, and how they’ve changed cities.

Comments [6]
contrary to the statement made by Ms. willis, the skylign in manhattan has everything to do with the bedrock - it is high under downtown and midtown which makes it nore economcal to build
I believe it is the Citicorp building on 53rd with the tuned mass damper.
Glass is the most energy inefficient building material we have, with "high tech" double glazed units rating at R2-R4. An insulated wood wall can reach R60 with aerogel. Per NYC's recent benchmarking for energy, older buildings were more efficient than the new buildings. We do not even begin to address our energy challenges with these glass skyscrapers.
Could guests comment on how manhattan's rectilinear street grid influenced building design? thanks
What is more green in terms of construction? Glass or concrete?
Also not to get truthy but a lot is said about steel framed skyscrapers that have withstood collapse due to fire? I believe one in Chicago and in Spain...and wasn't the Empire State Building hit by a bomber?
Why did bolts win out over rivets?
Leave a Comment
Register for your own account so you can vote on comments, save your favorites, and more. Learn more.
Please stay on topic, be civil, and be brief.
Email addresses are never displayed, but they are required to confirm your comments. Names are displayed with all comments. We reserve the right to edit any comments posted on this site. Please read the Comment Guidelines before posting. By leaving a comment, you agree to New York Public Radio's Privacy Policy and Terms Of Use.