In quantum computing, the Gottesman–Knill theorem is a theoretical result by Daniel Gottesman and Emanuel Knill that states that an important subclass of quantum circuits, called stabilizer circuits, can be classically efficiently simulated.
Liouville's theorem | Chinese remainder theorem | Shannon–Hartley theorem | Quillen–Suslin theorem | Nyquist–Shannon sampling theorem | Hahn–Banach theorem | Fermat's Last Theorem | Buckingham π theorem | Thue–Siegel–Roth theorem | Szemerédi's theorem | Schottky's theorem | Riemann-Roch theorem | Pythagorean theorem | Nash embedding theorem | Müntz–Szász theorem | Malgrange–Ehrenpreis theorem | Kleene fixed-point theorem | Kakutani fixed-point theorem | Gauss–Bonnet theorem | Doob's martingale convergence theorem | Dirichlet's theorem on arithmetic progressions | Denjoy theorem | Daniel Gottesman | Birch's theorem | Wilkie's theorem | Wick's theorem | Whitney extension theorem | Weierstrass theorem | Wedderburn's little theorem | Vietoris–Begle mapping theorem |
His father, Mordkhe Schaechter, was an influential linguist of the Yiddish language; his aunt, Beyle Schaechter-Gottesman is a Yiddish poet and songwriter; his cousin, Itzik Gottesman, is an editor of The Yiddish Forward and the Tsukunft, and a scholar of Yiddish folklore.
Her aunt Beyle Schaechter-Gottesman is a poet and songwriter; sister Rukhl Schaechter is a journalist with the Yiddish Forward; sister Eydl Reznik teaches Yiddish and directed a Yiddish chorus among the ultra-Orthodox community in Tsfat, Israel; and brother Binyumen Schaechter is a Yiddish composer and performer.
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Schaechter-Viswanath is a member of a leading family in Yiddish language and cultural studies.
Daniel Gottesman, a computer scientist, known for his work regarding quantum error correction
They made several more visits that year, culminating in Gottesman sending Traci Lords videos to Hawaii in early 1987.