Subroutines
From C/C++
Construct quantum subroutines from functions written in C and C++.
From Classical Code to
Quantum Circuits
Many quantum algorithms require classical processing on data in a quantum superposition. It is often challenging to implement complex classical computation using reversible quantum gates. Our compiler automates this process, allowing functions expressed in C and C++ to be compiled to partial quantum circuits, which are accessible as subroutines within Helium.
Easy and Adaptable Integration
In Triple Alpha, you can compile classical C/C++ functions to partial quantum circuit for use as Helium subroutines. This removes the need to design and code a quantum circuit by hand to implement the classical portion of a quantum algorithm, which may otherwise require anywhere from dozens to many millions of operations.
Write Functions in C/C++
We support a large subset of C/C++. You just have to provide your C/C++ files and a config c2q file to specify the function that you would like to use within Helium.
Configure Quantum Circuit Generation
The c2q file specifies how to generate a partial quantum circuit from C or C++ source code. It consists of information on the entry point to the classical code, together with optimisation settings to navigate performance trade-offs.
Include as a Subroutine in Your Helium Program
The generated subroutine can be included within your Helium programs with a single line of code and can be called as part of your programs, just like native Helium subroutines.
Triple Alpha in Early Access
If you are interested in early access to our technology, please register below. We will be inviting selected users to early access based on use cases as we progressively release our tools.
