[PDF][PDF] Higher operations on the Hochschild complex

M Gerstenhaber, AA Voronov - Funct. Anal. Appl, 1995 - www-users.cse.umn.edu
Funct. Anal. Appl, 1995www-users.cse.umn.edu
A recent explosion of algebraic structures derived in quantum field theory [14, 15] and in the
theory of vertex operator algebras [13] has led to the renaissance of operads and algebras
with several operations. The physicists' vision of the Universe revealed evidence of a
number of new mathematical structures now being intensively studied by mathematicians,[6,
7, 8, 9, 11, 13]. Comparing the two results:(1)(Gerstenhaber,[4]) The Hochschild cohomology
HH•(A):= H•(A, A) of an associative algebra A has a natural structure of a G algebra, short for …
A recent explosion of algebraic structures derived in quantum field theory [14, 15] and in the theory of vertex operator algebras [13] has led to the renaissance of operads and algebras with several operations. The physicists’ vision of the Universe revealed evidence of a number of new mathematical structures now being intensively studied by mathematicians,[6, 7, 8, 9, 11, 13]. Comparing the two results:(1)(Gerstenhaber,[4]) The Hochschild cohomology HH•(A):= H•(A, A) of an associative algebra A has a natural structure of a G algebra, short for a Gerstenhaber algebra.(2)(F. Cohen,[2]) An algebra over the homology little squares operad is nothing but a G algebra. and, perhaps, the new insights on homotopy algebras [8, 12], P. Deligne posed the following conjecture in his letter [3].
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