Software
Neutral Atom Programming
A flexible ecosystem for programming neutral atom quantum processors, supporting users of all skill levels
Pasqal offers two complementary tools for programming neutral-atom quantum processors: Pulser and Pulser Studio. Together, they provide a flexible ecosystem for users of all skill levels, from beginners to advanced quantum researchers.
Pulser Studio
Pulser Studio is a visual, zero-code interface designed for users who want to explore neutral-atom quantum computing without writing code. Through an intuitive graphical environment, users can Define qubit layouts, choose laser pulses, and simulate quantum computations without needing Python expertise. Pulser Studio makes quantum computing more accessible, allowing educators, students, and industry professionals to prototype quantum algorithms quickly.
Pulser
Pulser is an open-source Python library designed for precise control and simulation of quantum pulse sequences on neutral-atom processors. It allows users to program quantum circuits at a granular level, defining qubit arrangements, pulse sequences, and interactions for both digital and analog quantum computing. Pulser also includes classical simulation tools, enabling users to test and optimize their quantum programs before running them on actual hardware. This makes it a powerful tool for researchers and developers looking for full programmability and fine-tuned control.
Pulser Studio is an intuitive no-code interface based on Pulser, ideal for rapidly prototyping and exploring algorithms designed for neutral atoms quantum computers, without requiring PhD-level technical knowledge.
Pulser is a versatile Python-based open-source software package to design laser pulse sequences for programming neutral atoms quantum computers. It offers maximum control of the quantum processor, specifically for advanced users that have a deep understanding of neutral atom quantum physics.
Whether you prefer full programmability with Pulser or a no-code approach with Pulser Studio, Pasqal’s ecosystem provides an easy entry point into neutral-atom quantum computing while supporting advanced development needs.
