搜索
This free night of music is a must-attend for jazz fans and music lovers alike! It is presented in association with the American Jazz Museum.
For the first time on stage in an ongoing cooperation, theoretical physicist Stephen Alexander and NEA Jazz Master Donald Harrison, a New Orleans-based saxophonist, explore their theory of quantum improvisation (量子即兴创作). They will also be joined by composer and bassist Santi Debriano along with other famous musicians for a night of jazz and its poetic link to the universe.
Time
7:00 pm—8:30 pm, December 22,2023
Event
6:00 p. m.—Doors open
7:00 p. m.—Lively conversation on jazz and quantum improvisation with Library President Lisa Browar, Stephen Alexander, and Donald Harrison
7:30 p. m.—Jazz concert—seven to eight songs, including two original pieces—starts!
8:30 p. m.—Jazz concert concludes
Venue
Please note that this event will be held at the Folly Theater, 300 W 12th St, Kansas City, MO 64105. The program will be free and open to the public, but advanced registration will be required. Attendees can also purchase the souvenirs such as T-shirts and caps linked to the event as well as the magazine signed by these famous musicians.
Parking
Parking is available in the garage next to the Folly Theater for $10-$15. The garage only accepts credit cards.
1．What does the concert mainly focus on?| A．The modern science. | B．The popular music. |
| C．The musical instruments. | D．The jazz of physics. |
| A．Half an hour. | B．An hour. | C．One and half an hour. | D．Two hours. |
| A．Parking in the garage. | B．A T-shirt worn by a musician. |
| C．Admission to the event. | D．The magazine signed by musicians. |
同类型试题
y = sin x， x∈R， y∈[–1，1]，周期为2π，函数图像以 x = (π/2) + kπ 为对称轴
y = arcsin x， x∈[–1，1]， y∈[–π/2，π/2]
sin x = 0 ←→ arcsin x = 0
sin x = 1/2 ←→ arcsin x = π/6
sin x = √2/2 ←→ arcsin x = π/4
sin x = 1 ←→ arcsin x = π/2
y = sin x， x∈R， y∈[–1，1]，周期为2π，函数图像以 x = (π/2) + kπ 为对称轴
y = arcsin x， x∈[–1，1]， y∈[–π/2，π/2]
sin x = 0 ←→ arcsin x = 0
sin x = 1/2 ←→ arcsin x = π/6
sin x = √2/2 ←→ arcsin x = π/4
sin x = 1 ←→ arcsin x = π/2
