Paul King discusses the state of Groovy and its maturing ecosystem which includes IDE support, static analysis tools, testing frameworks and the GPars library for concurrency.
Ulf Wiger explains the origins of some of Erlang's core principles and how they're even more relevant today. Also: a look at the strengths of Erlang, Clojure and Haskell.
Kresten Krab Thorup and Robert Virding discuss the origins of Erlang, the state of the Erlang VM, integrating native code with Erlang etc. Also: the challenges of running Erjang/Erlang on the JVM.
Kresten answers questions about current programming languages and problems they solve. He also tries to look at what is missing for addressing issues we face today such as concurrency. He discusses its importance and tries to portray the language that would take us to the next level helping to tackle these issues easily.
Ralph Johnson and Joe Armstrong discuss their ideas about parallel programming - whether shared memory is harmful, the place of message passing, fault tolerance, the importance of protocols and more.
Kresten Krab Thorup talks about the Erjang project and explains the challenges of bringing Erlang to the JVM, using Kilim for lightweight processes, the implementation of tail recursion and much more.
Billy Newport talks to InfoQ about the need for higher level abstraction to do parallel programming with multi-core systems effectively. The interview explores some approaches taken with MapReduce products such as Cascading and Pig for a Hadoop cluster, explores the limitations of the actor model and message passing, and touches on IBM's WebSphere eXtreme Scale (ObjectGrid) product.
Ralph Johnson, one of the four GoF authors, talks about the upcoming book “The Patterns for Parallel Programming”. He highlights the difficulties in dealing with discovering and writing down parallel programming patterns, how to choose and use such a pattern, and similarities with the initial Design Patterns book.
Austin Che discusses the state of synthetic biology, what software engineering can learn from biology and how software practices are adopted in bio engineering.
In this QCon London 2008 interview, computer scientist and researcher Simon Peyton Jones discusses properties of functional programming languages, and particularly Haskell, that have inspired some features in mainstream languages. He gives his opinion on the issues of syntax and language complexity and talks about some research work on subjects such as Data parallelism and transactional memory.