How do Haskell and Python compare in terms of performance?

How do Haskell and Python compare in terms of performance?

Haskell generally offers better performance than Python due to its compiled nature and strong type system. Python is interpreted, which can lead to slower execution times.

What specific tasks or scenarios show Haskell's performance advantages?

Haskell excels in tasks involving heavy computation, such as data processing and algorithms, where its lazy evaluation and optimization can significantly reduce runtime.

Are there any benchmarks comparing the two languages?

Yes, various benchmarks show Haskell outperforming Python in numerical computations and concurrent tasks, but Python often wins in ease of use and development speed.

What about memory usage between the two?

Haskell typically has lower memory usage due to its efficient garbage collection and lazy evaluation, while Python can consume more memory, especially with large data structures.

Which language should I choose for a new project?

It depends on your project requirements. If performance and concurrency are critical, Haskell might be the better choice. For rapid development and ease of use, Python is often preferred.