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What is Construct?

Construct is PsiQuantum's unified platform for fault-tolerant quantum computing (FTQC) development. It brings together essential tools in an integrated environment where researchers and developers can design, develop, and optimize quantum algorithms through both visual tools and code-based development approaches. The platform streamlines the quantum algorithm development process by providing a complete workflow from initial circuit design through resource estimation to optimization, all within a single, coherent interface.

Designed for both research and enterprise environments, Construct supports diverse technical capabilities through multiple levels of abstraction. Users can work visually to design quantum circuits without coding, leverage a fully managed development environment for direct algorithm implementation, or combine both approaches. This flexibility, coupled with built-in collaboration features, enables teams to work together effectively whether they're exploring new quantum algorithms, conducting resource estimation, or optimizing existing implementations. The platform serves as a gateway to quantum computing development, providing the tools and infrastructure needed to develop algorithms for future fault-tolerant quantum computers.

Key Features

  • Visual Development: Create and modify quantum circuits through an intuitive graphical interface without writing code
  • Integrated Development Environment: Write and test quantum algorithms in a fully managed development environment
  • Resource Analysis: Analyze quantum algorithms to identify optimization opportunities and estimate computational requirements
  • Project Management: Maintain all project artifacts in one place with integrated version control
  • Collaboration Tools: Work seamlessly across teams with built-in sharing and collaboration features

Tools and Components

Construct includes several integrated tools to support your quantum computing development:

  • Circuit Designer: Visual tool for quantum circuit design
  • Resource Analyzer: Resource estimation and optimization tool
  • PsiQDE: Integrated development environment
  • Workbench: Python library for quantum algorithm development
  • Qubricks: Reusable quantum algorithm components
  • Bartiq: Quantum resource estimation engine

Use Cases

Construct supports various quantum computing research and development scenarios:

  • Designing new quantum algorithms
  • Exploring FTQC approaches for chemistry applications
  • Optimizing resource requirements for quantum algorithms
  • Validating quantum computing algorithms
  • Collaborating on quantum computing research projects

Next Steps

Support

For access requests and technical support, please contact PsiQuantum through your organization's designated channel.