The Silq programming language has helped scientists reach a great milestone after almost half a decade. When computers were first invented, they were so hard to program and control.
Assembly language was all we had back then and it was very difficult to debug. Apart from its limitations, beginners found it hard to learn. When C language came into the scene, it changed the world as we know it.
C language helped us develop numerous applications that we even use till date. It laid the foundation for numerous other languages that came into being.
But even with all the coding languages, we have on our hand, quantum computers are going to be so hard to program and handle. With the Silq programming language, you don’t have to worry about it anymore.
Classical & Quantum Computers
There are various coding languages that a classical computer can render and display. But since the amount of digital data on the internet is rising every day, there is only so much you can do with a regular computer.
It processes information using the binary “0s and 1s” format. When quantum computers first came into being, it could perform calculations in seconds what took other computers weeks to complete.
This is because any information inside a quantum computer doesn’t follow the regular binary strategy. To put it in simple words, they can gobble huge amounts of data and calculate outputs in split seconds.
The Silq Programming Language
Bridging the gaps between a quantum computer and a regular one has always been a difficult task to do.
This is because the technology with which they operate is poles apart. The rules that apply to a normal computer never aligns with a quantum computer.
This took scientists back to square one, pushing them to create something new that fits the description. Therefore, Silq came to life.
It is the first high-level language meant especially for quantum computers. The extent to which newcomers could adapt to the language is still unclear.
The Learning Curve Of Silq
C was first discovered to make it easy to train new people to handle computers. You do not have to master assembly language to learn C which makes it far more scalable.
We have reached a similar point in history where one programming language is helping us eliminate the old ones.
The existing languages that we use in quantum computers resemble a very low-level setup. This is because the user has to define each operation down to the last qubit.
Whereas, Silq could help us narrow down the lines of code just like how C did. But unlike C, people learning the Silq programming language are going to have a tough time understanding it.
Conclusion
As discussed before, we can never compare a regular computer with a quantum computer. This is because they operate under two completely different rules.
It means that there are a lot of things to consider before concluding on what programming language to use.
A quantum computer never arrives at the result directly. Instead, there are a lot of stops in between that yields you temporary results and values.
Unlike other languages, Silq has inbuilt support for them making it easy for the user. With all things considered, Silq is still one of the most interesting finds of this decade.
