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most citedIntroduction to sh Lie algebras for physicists

625 citations · 1.6k across the 32 of their papers we have counts for

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math.AT2022

Representations up to coherent homotopy

Tim Porter, Jim Stasheff

Homotopy coherence has a considerable history, albeit also by other names. We provide a brief semi-historical survey providing some links that may not be common knowledge.

math.AT2022

Homotopy coherent representations

Tim Porter, Jim Stasheff

Homotopy coherence has a considerable history, albeit also by other names. For this volume highlighting symmetries, the appropriate use is: Homotopy coherence of representations, a…

math.AT2016★ 1 cited

How Dennis realized he had `invented' -algebras a.k.a. strongly homotopy Lie algebras

Jim Stasheff

This is my attempt to rediscover how Dennis realized that he had discovered/invented -algebras a.k.a. strongly homotopy Lie algebras before my colleagues and I defined th…

math.AT2013★ 1 cited

-actions and Recognition of Relative Loop Spaces

Eduardo Hoefel, Muriel Livernet, Jim Stasheff

We show that relative loop spaces are recognized by -actions. A certain version of the 2-sided bar construction is used to prove such recognition theorem. The operad ${\s…

math.AT2011

"Parallel" transport - revisited

Jim Stasheff

Parallel transport in a fibre bundle with respect to smooth paths in the base space B have recently been extended to representations of the smooth singular simplicial set Sing_{smo…

math.AT2010★ 103 cited

Čech cocycles for differential characteristic classes -- An infinity-Lie theoretic construction

Domenico Fiorenza, Urs Schreiber, Jim Stasheff

What are called secondary characteristic classes in Chern-Weil theory are a refinement of ordinary characteristic classes of principal bundles from cohomology to differential cohom…

math.AT2009★ 117 cited

Twisted differential String and Fivebrane structures

Hisham Sati, Urs Schreiber, Jim Stasheff

In the background effective field theory of heterotic string theory, the Green-Schwarz anomaly cancellation mechanism plays a key role. Here we reinterpret it and its magnetic dual…

math.AT2009★ 1 cited

A twisted tale of cochains and connections

Jim Stasheff

Early in the history of higher homotopy algebra, it was realized that Massey products are homotopy invariants in a special sense, but it was the work of Tornike Kadeisvili that sho…

math.AT2008★ 41 cited

Fivebrane Structures

Hisham Sati, Urs Schreiber, Jim Stasheff

We study the cohomological physics of fivebranes in type II and heterotic string theory. We give an interpretation of the one-loop term in type IIA, which involves the first and se…

math.AT2006★ 4 cited

Homotopy Transition Cocycles

James Wirth, Jim Stasheff

For locally homotopy trivial fibrations, one can define transition functions $$ g\dab : U\da\cap U\db \to H = H(F)$$ where is the monoid of homotopy equivalences of to itse…

math.AT1998

Grafting Boardman's Cherry Trees to Quantum Field Theory

Jim Stasheff

Michael Boardman has been a major contributor to the theory of infinite loop spaces and higher homotopy algebra. Indeed Boardman was the first to refer to `homotopy everything'. On…