The field of programming languages and type theory is witnessing significant developments, with a focus on enhancing the expressiveness, safety, and efficiency of programming languages. Researchers are exploring new approaches to type systems, memory allocation, and binding structures, which are crucial for building reliable and maintainable software systems. The use of dependent types, homotopy type theory, and category theory is becoming increasingly prominent, enabling the creation of more robust and flexible programming languages. Furthermore, there is a growing interest in applying formal methods and verification techniques to everyday programming, with the goal of making programming simpler and more enjoyable. Noteworthy papers in this area include: The paper on Rebound, which introduces a library for well-scoped term representations in Haskell, providing an expressive and efficient way to work with binding structures. The paper on Refinement-Types Driven Development, which advocates for the broader application of SMT solvers in everyday programming, demonstrating their potential to enhance the capabilities of ordinary type checkers.