Coming Soon
Publishing in
Apr 2026
£21.59
£23.99
eBook
Apr 2026
1st Edition
-
Solve 150+ problems that deepen your understanding of Project Loom
-
Explore structured concurrency, scoped values, and virtual threads in depth
-
Build modern, high-performance Java applications using practical design patterns
Tackling concurrency in Java has historically been complex, inefficient, and difficult to reason about—until now. This book guides you through Java’s modern concurrency revolution introduced by Project Loom. Through over 150 real-world problems, you'll build deep expertise in virtual threads, structured concurrency, and scoped values, equipping you to write performant, maintainable, and scalable concurrent applications.
Using a problem-solution approach, this book encourages active learning as you develop, test, and refine your solutions while gaining insight into the trade-offs behind different concurrency decisions. You’ll move from foundational concepts and API mechanics to internal workings, advanced design patterns, and complete case studies, making this the ideal reference to keep on your desk. Written by Anghel Leonard, a Java expert and prolific technical author, this book distills years of research and real-world experience into a comprehensive and approachable guide for modern Java concurrency.
By the end of this book, you’ll master modern Java concurrency by solving real-world problems and applying proven multithreading design patterns effectively.
Java developers who want to master Project Loom and write modern concurrent applications. This book also supports those preparing for Java job interviews or upgrading legacy systems. Prior experience with Java multithreading is recommended.
-
Understand the goals and inner workings of Project Loom
-
Work confidently with virtual threads and structured concurrency
-
Apply scoped values to manage thread-local state safely
-
Combine virtual threads with existing Java APIs and Executors
-
Monitor and trace concurrency behavior for observability
-
Refactor legacy concurrent code using modern techniques
-
Solve concurrency design challenges with practical patterns
-
Implement robust real-world solutions for high-throughput systems