Mon, Sep 9
The Simon & Garfunkel Story Returns to DPAC January 8, 2020
Back by Popular Demand
The World’s Best Simon and Garfunkel Tribute Ever
The Simon & Garfunkel Story
Andrew Wade & George Clements
January 8, 2020
September 10, 2019 (Durham, NC) – The internationally-acclaimed hit theater show The Simon & Garfunkel Story starring Andrew Wade (as Art Garfunkel) & George Clements (as Paul Simon) will be returning to DPAC on January 8, 2020. The immersive concert-style tribute show chronicles the amazing journey shared by the folk-rock duo, Paul Simon and Art Garfunkel. It tells the story from their humble beginnings as Tom & Jerry to their incredible success as one of the best-selling music groups of the ‘60s to their dramatic split in 1970. It culminates with the famous “The Concert in Central Park” reunion in 1981 with more than half a million fans in attendance.
Tickets go on sale Friday, September 20 at Noon:
- Online at DPACnc.com
- Blue Cross and Blue Shield of North Carolina Ticket Center at DPAC: 919.680.2787, 123 Vivian Street, Durham, NC
- Ticketmaster.com / Ticketmaster Charge by phone at 800.745.3000
Using huge projection photos and original film footage, the show also features a full live band performing all of their hits, including ‘Mrs. Robinson’ (featured in the 1967 film The Graduate), ‘Cecilia’, ‘Bridge Over Troubled Water’, ‘Homeward Bound’ and many more.
With more than 100 million album sales since 1965, Simon & Garfunkel’s perfect harmonies and songs that poignantly captured the times made them one of the most successful folk-rock duos of all time. Over the years, they won 10 Grammy Awards and were inducted into the Rock and Roll Hall of Fame in 1990. In 1977, their Bridge Over Troubled Water album was nominated at the 1977 Brit Awards for Best International Album. In 2003, Simon and Garfunkel were awarded a Grammy Lifetime Achievement Award and the following year saw their “The Sound of Silence” awarded a Grammy Hall of Fame Award.
Information about The Simon & Garfunkel Story and ticketing can be found at: