Turing Completeness
Develop with fully expressive languages and write any conceivable quantum computation.
Remove static circuit constaints
Static by design
Many quantum programming languages confine developers to static quantum circuits.
True computational freedom
Triple Alpha’s Turing-complete languages give programmers true computational freedom, liberating them from the limitations of static circuits.
Indefinite loops
Implement indefinite loops that run until specific conditions are met. Triple Alpha’s Helium language allows the expression of programs with indefinite runtime, pushing quantum programming beyond static circuits.
Control flow
Write quantum programs that branch, loop, and respond to measurements at runtime—even on hardware without native control flow support. Triple Alpha enables classical-style control structures in a quantum environment.
Mid-circuit measurement
Design algorithms that depend on measurement outcomes. Triple Alpha’s languages support mid-circuit measurements that influence subsequent computation. Horizon's execution infrastructure emulates runtime feedback via post-selection, enabling testing on almost any system.
Explore our technology
Programming languages
Write code at a level that suits your use case and expertise. Triple Alpha’s languages enable higher-level, BASIC-like programming as well as precise, assembly-like control—all within a single development environment.
Code portability
Write hardware-agnostic code and compile it for a specific quantum machine. Triple Alpha automatically optimises programs for the target processor, delivering performant portable code.
Subroutines from C/C++
Bring classical code into quantum programs as callable subroutines. Triple Alpha automatically constructs reusable partial quantum circuits directly from functions written in C/C++.
Quantum systems and integration
Connect to a range of hardware backends—both quantum processors and simulators—through Triple Alpha. Our software infrastructure manages execution across these systems.