The Julia programming language is compared to and even threatens the significance of major programming languages, such as Python, Ruby, Octave, R, MATLAB, FORTRAN, and C++. We have quickly summarised what we think are five of the reasons why Julia has taken the world by storm.

Exceptional power

Julia can compete with the fastest known programming languages like FORTRAN and C++. It has the pizazz of high-level programming languages like Python and Ruby, coupled with the mathematical notation of Octave and MATLAB. Moreover, it features the statistical seamlessness native to R and the multipurpose application of Python.


Julia can compile code on the go. Owing to the LLVM (Low-Level Virtual Machine) compiler, its applications compile to efficient and functional native code for all platforms.

Technical computing

Data science was one of the main areas that Julia was developed for. The programming language contains an excellent syntax for math that facilitates its ability to handle numerical computing easily. It’s comfortable with various numeric data types, and its multiple dispatch aspect is ideal for defining arrays and number data types.


Another one of Julia’s strengths lies in its ability to effectively handle parallelism, considering that it has native primitives for parallel computing in multi-threading, instruction-level parallelism, and distributed computing. Moreover, its compiler can produce native code for assorted hardware accelerators such as Xeon Phis or GPUs. Also, it is the first language to deal with the two-language problem.

It’s versatile

Julia lacks the language barriers that otherwise may restrict its usage on particular platforms; hence, it’s applicable in many areas. You can statically compile code with Julia, develop UIs, or even use it as a backend language on a webserver. Julia is fast, has exceptional performance, is easy to use, is open-source, and features multiple dispatches.

Bottom line

These just some of the powerful features of the Julia programming language. Some believe it is the programming language of the future, considering that it is challenging the most powerful languages known today. It has only been around since 2012, but the impact it is having on the world cannot be ignored.