Silq’s code is remarkedly shorter – 46% than Q# and 38% than Quipper; is easier to read and write, and uses half the number of quantum primitives than other quantum programming languages.

Quantum computers are at a stage where classical computers were at one point in time.

The development of the C language in the 1970s was a breakthrough in classical computing. Before then, algorithms were expressed in assembly language that communicated directly with a computer’s hardware. Although it gave programmers a higher level of control over the machine, these computer programs were long, complex, and hard to debug, thus, limiting its usage and functionality. C changed that for the better. This was easy to use and intuitive language, which opened the world of programming to a much larger audience. So much so that most of the software today is written in C. 2020, is perhaps that moment for quantum computing!

Meet Silq – the world’s first high-level intuitive programming language for quantum computers that can be used by masses to program simply, reliably, and safely.
Here’s a quick roundabout of programming in the quantum world in the backdrop of the rise of Silq.

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