Redefine possible: quantum computing holds the potential to transform industries by solving otherwise impossible computational tasks.

Fault tolerant quantum computing (FTQC) applications address complex challenges across our most critical industries including pharmaceuticals, energy, materials design, finance and security.

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Finance

Finance

Derivative pricing, risk modeling, portfolio optimization

Industrial

Infrastructure & transport systems engineering

Buildings & infrastructure, automotive systems and components, aircraft, ships, heavy equipment for construction, agriculture and mining

Pharmaceuticals

Pharmaceuticals

Drug discovery and design, catalysis discovery for drug manufacturing, molecular modeling

Chemicals

Chemicals and agriculture

Catalyst design, fertilizer production, advanced sorbent materials

Energy

Energy

Batteries, Solar Cells, Sustainable Fuels, Nuclear Fusion

Security

Defense

encryption-resistant communication, aerospace materials, defense systems modeling

Fundamental Research

Fundamental Research

Biophysics, cosmology, materials science

Environmental

Environmental

Desalination, carbon capture, pollutant degradation

High-tech

High-tech

Advanced electronics, plasma dynamics, vibration modeling

Useful quantum computing will be available within the decade

Preparing your company for the quantum future

At PsiQuantum, we focus our time on real-world challenges. Our Applications team works with experts to identify commercially valuable, technically feasible use cases for early-generation FTQC. We focus on “small data, big compute” problems like quantum chemistry simulations and high-dimensional PDE solving. Our end-to-end workflows ensure FTQC delivers meaningful, actionable results for our partners.

Applications Topics

Identify the highest impact use cases for an organization’s strategic priorities

Identify 01

Develop novel fault-tolerant quantum algorithms to solve the computational bottlenecks

Develop 02

Estimate the quantum resources required to deploy these algorithms on future utility-scale quantum hardware

Estimate 03

Optimize algorithms to minimize resources required and accelerate the path to commercial impact

Optimize 04

Case studies

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Mercedes Benz

Revolutionizing Li-ion battery design

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Boehringer Ingelheim

Optimizing drug design and effectiveness

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Hartree

Modeling high-temperature superconductors

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Our latest collaboration with customers and partners

COMING SOON

Quantum software

PsiQuantum's software suite is designed to empower enterprises, governments, and researchers to develop and optimize fault-tolerant algorithms for real-world applications. With over eight years of expertise and partnerships across academia and industry, our software suite offers intuitive tools for circuit design, resource estimation, and algorithm optimization. Launching in 2025, our software suite equips your team to unlock the full potential of FTQC while ensuring collaboration, security, and cutting-edge training for quantum innovation.