Overview
This page summarizes the guides that are available. All guides are written to focus on specific aspects of the package. Examples of end-to-end workflows can be found in the tutorials hosted on the IBM Quantum Platform.
Getting started
These simple guides help you to get started quickly with the package.
Beyond the basics
These guides provide a deeper explanation of specific concepts and components from this package.
General
- How to choose the subspace dimension from its impact on eigenvalue estimation accuracy
- Understand this package’s support for multi-process and multi-threaded acceleration
Eigensolvers
- Scale SQD workflows for Fermionic systems with the Dice solver
- Scale SQD workflows for Fermionic systems with Fulqrum
- Scale SQD workflows for Fermionic systems with the SBD eigensolver
Fermionic systems
- Leverage trim SQD for improved configuration selection
- Improve an SQD estimate with orbital optimization
- Understand open- and closed-shell options and their effect on subspace construction
- Augment the pool of electronic configurations using Fermionic transition operators to improve energy estimations and compute energies of excited states
Spin systems
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