Quantum Computational Workflow Platform
QuantaTransform
The next-generation quantum computational science platform for scientific discovery.
Our Approach
How we bridge the quantum pipeline
Quantum computational science is powerful, but fragmented. We orchestrate every piece — research, algorithms, hardware — into a single working pipeline, from problem to insight.
Problem
Start from a real scientific, industrial, or defense problem worth solving.
Mapping
Converting the problem into a quantum representation.
Orchestration
Quantum algorithms, circuits, and resources, coordinated automatically.
Execution
Execute on simulators or real quantum hardware.
Interpretation
Convert classical bits into actionable insights.
From physical system to executable circuit
A many-body spin system is transformed — through polynomial transformation and block encoding — into a structured quantum circuit ready for execution. This is what "Mapping" and "Orchestration" look like inside the platform.
Impact Areas
Potential sectors of application we can impact
Four domains where orchestrated quantum workflows are already being put to work.
Chemistry
- Nitrogen-to-ammonia conversion (FeMoCo)
- Improved batteries (LiH)
- CO₂ adsorption catalysis
- Protein ligand-binding
Physics
- High-energy physics
- Nuclear structure and reactions
- Neutrinoless double-beta decay
Optimization
- Quantum + AI
- Defense supply chain
- Satellite / constellation scheduling
- Vehicle routing
Materials
- Fusion fuel materials
- Rare-earth-free magnets
- High-Tc superconductors
- Qubit-enabling materials
Our Mission
We deliver an end-to-end quantum computational workflow by orchestrating fragmented developments to solve utility-scale applications in natural science discovery, industrial optimizations, and mission-critical defense problems, with unprecedented efficiency and accuracy.
Our Vision
Be the leading platform across R&D teams for designing quantum applications at scale
Universal hardware integration
Integration with all leading current and emerging hardware vendors across the world, aiming for fault-tolerant applications.
Built for R&D at scale
The platform R&D teams reach for first when designing quantum applications — from early prototyping to production.
Traction
Current awards and milestones
Our Team
Meet the team
Yuan Liu
CEOAssistant Professor, NCSU
Kevin Joven
COOPhD Student, NCSU
Joel Bierman
CTOPostdoctoral Researcher, NCSU
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