Josh Archibald-Seiffer

Josh Archibald-Seiffer (born December 15, 1987) is an American pianist and composer. On the Grammy award-winning album Monsters, Inc. Scream Factory Favorites he co-wrote (with Woody Paul) the song "A Perfect Roar".[1]

Not to be confused with Josh Archibald (born 1992), Canadian-American ice hockey player.
Josh Archibald-Seiffer
Josh Archibald-Seiffer in December 2012
BornDecember 15, 1987 (1987-12-15) (age 32)
OccupationComposer

Life

Archibald-Seiffer received his Bachelor's Degree in music from Stanford University, graduating with Music Department Honors and with “University Distinction” - the highest recognition Stanford offers. He was also the recipient of the Carolyn Applebaum Memorial Award for outstanding contributions to the Department of Music, and Stanford’s Robert Golden Medal for achievement in the creative and performing arts.[2]

Currently, Archibald-Seiffer is a Ph.D. student in music composition at the University of Washington. Among his musical accolades are the 2010 Carolyn Applebaum Memorial Award, the 2010 Robert M. Golden Medal for Excellence in the Humanities and Creative Arts for his Piano Trio, first-place finishes in the national student composition contests run by the Music Teachers’ National Association and the National Federation of Music Clubs for his piece for string quartet, Introspection and Rondo, and a Merit Award for Composition in the ARTS Recognition Talent Search, sponsored by the National Foundation for the Advancement of the Arts. His music has been performed by ensembles such as the Seattle Symphony, Beta Collide, sfSound, the Stanford Faculty Piano Trio, and the Texas State University Faculty String Quartet. He is currently a student of Joël-François Durand.[3]

Archibald-Seiffer appeared on Jeopardy! on the episode aired May 2, 2019, where he unsuccessfully challenged record-setting champion James Holzhauer.

gollark: > Ion thrusters in operational use have an input power need of 1–7 kW (1.3–9.4 hp), exhaust velocity 20–50 km/s (45,000–112,000 mph), thrust 25–250 millinewtons (0.090–0.899 ozf) and efficiency 65–80%[3][4] though experimental versions have achieved 100 kilowatts (130 hp), 5 newtons (1.1 lbf).[5]
gollark: I don't think so.
gollark: You can accelerate the ions or whatever to very high velocities, so they're efficient mass-use-wise but have low thrust.
gollark: There are proposals to use lasers in spacecraft propulsion in various ways.
gollark: Is that *safe*?

References
  1. Gross, Josh. "Silent Film Revival | Treasure Valley Youth Symphony orchestrates The Musical Music Project | Music". Boise Weekly. Retrieved 2012-01-29.
  2. "Presidential Scholars". Presidential Scholars. Archived from the original on 2012-01-05. Retrieved 2012-01-29.
  3. "Music Composition University of Washington". Retrieved 2013-02-08.
This article is issued from Wikipedia. The text is licensed under Creative Commons - Attribution - Sharealike. Additional terms may apply for the media files.