2024-07-29 07:33:05
This table is based on tests realized in January 2021. Since then, there have been 3 new Python versions (including performance-related changes). This comparison is deprecated. [Link][Link] NEEDS_MORE_RATINGS(21-4-14) Author
2024-07-29 09:12:46
That study is from 2020/2021, with version 3.10, which is 60% less performant than the current 3.12. v3.13 is about to be released, which will include an interpreter with a JIT compiler, offering even more significant improvements [Link] NEEDS_MORE_RATINGS(31-1-14) Author
2024-07-30 10:59:16
NNN even if the current version would be 60% more performant, it would gain only one place up and still be in the bottom 3. NEEDS_MORE_RATINGS(1-0-1) Author
2024-07-31 12:42:53
Read the paper: [Link] The approach used in it is misleading because Python is almost never used to implement an algorithm in production code: compute heavy tasks are usually performed using libraries written in C/C++/Fortran/Rust or offloaded to a GPU (using Numba). NEEDS_MORE_RATINGS(0-0-1) Author