By Anthony Giaquinto (auth.), Alberto S. Cattaneo, Anthony Giaquinto, Ping Xu (eds.)

This e-book is based round larger algebraic buildings stemming from the paintings of Murray Gerstenhaber and Jim Stasheff which are now ubiquitous in a variety of parts of arithmetic— reminiscent of algebra, algebraic topology, differential geometry, algebraic geometry, mathematical physics— and in theoretical physics reminiscent of quantum box concept and string conception. those greater algebraic constructions offer a typical language crucial within the examine of deformation quantization, concept of algebroids and groupoids, symplectic box thought, and masses extra. the information of upper homotopies and algebraic deformation have progressively more theoretical functions and feature performed a in demand position in fresh mathematical advances. for instance, algebraic models of upper homotopies have led ultimately to the facts of the formality conjecture and the deformation quantization of Poisson manifolds. As saw in deformations and deformation philosophy, a easy commentary is that greater homotopy buildings behave far better than strict constructions.

Each contribution during this quantity expands at the rules of Gerstenhaber and Stasheff. *Higher buildings in Geometry and Physics* is meant for post-graduate scholars, mathematical and theoretical physicists, and mathematicians attracted to better buildings.

Contributors: L. Breen, A.S. Cattaneo, M. Cahen, V.A. Dolgushev, G. Felder, A. Giaquinto, S. Gutt, J. Huebschmann, T. Kadeishvili, H. Kajiura, B. Keller, Y. Kosmann-Schwarzbach, J.-L. Loday, S.A. Merkulov, D. Sternheimer, D.E. Tamarkin, C. Torossian, B.L. Tsygan, S. Waldmann, R.N. Umble.

**Read Online or Download Higher Structures in Geometry and Physics: In Honor of Murray Gerstenhaber and Jim Stasheff PDF**

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**Higher Structures in Geometry and Physics: In Honor of Murray Gerstenhaber and Jim Stasheff**

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**Additional resources for Higher Structures in Geometry and Physics: In Honor of Murray Gerstenhaber and Jim Stasheff**

**Sample text**

What corresponds to the classifying space construction in geometry is now the bar tilde construction. Inside the bar tilde construction, Massey products show up which determine the diﬀerentials in the resulting bar construction spectral sequence. Stasheﬀ referred to these operations as Yessam operations. History relates that once, at the end of a talk of Jim’s, S. Mac Lane asked the question: Who was Yessam? Let me recall a warning, one of Jim’s favorite warnings in this context: When the diﬀerential of an A∞ -algebra is zero, the conditions force the algebra to be strictly associative but there may still be nontrivial higher operations encapsulating additional information, as the example of the Borromean rings already shows where the nontriviality of the Massey product reﬂects the triple linking.

Dokl. : Deformation theory and rational homotopy type. Pub. Math. Sci. IHES. : Homologie des espaces ﬁbr´es. Pub. Math. Sci. : Homotopy associativity of H-spaces. I, II. Trans. Am. Math. Soc. : The de Rham bar construction as a setting for the Zumino, Fadde’ev, etc. descent equations. , White, A. ) Proceedings of the Symposium on Anomalies, Geometry, and Topology, Argonne, Chicago. : Diﬀerential graded Lie algebras, quasi-Hopf algebras and higher homotopy algebras. In: Quantum groups (Leningrad 1990).

In that counterexample to Riemann’s conjecture about the inﬁnitely great, one deforms ﬂat Minkowskian spacetime by introducing a nonzero pseudo-Riemannian curvature. For instance, one can consider a nonzero constant curvature, de Sitter space (with positive curvature and SO(4, 1) symmetry) or anti de Sitter space (AdS, with negative curvature and SO(3, 2) symmetry). The latter two symmetry groups are further deformations of the Poincar´e group (or Lie algebra) in the sense of Gerstenhaber. Being simple and therefore with zero cohomology (Whitehead’s lemma), the Gerstenhaber theory of deformations [Ge64] shows that “the buck stops there” in the category of Lie groups or algebras.