Quantum Omics
Coherent Computing is building a platform that lets quantum computers analyze and extract insights hidden in biological data—without requiring researchers to become quantum experts. Our priority is to build intuitive interfaces that put biologists on the path to leverage quantum capabilities today.
Under the hood, our stack features
- Optimal classical → quantum data encodings that map high-dimensional multiomics data into expressive quantum states,
- Quantum neural networks architected to capture subtle biomolecular relationships, and
- Advanced training strategies that enable models to scale as datasets—and scientific questions—grow in complexity.
On our long-term roadmap lie problems such as
- Rare disease diagnosis
- Biomarker discovery
- Data privacy-protecting cohort simulation
- Longitudinal phenotype evolution
- De novo genome assembly
- Therapeutic design optimization (e.g., personalised neoantigen vaccines)
Have an idea that belongs on this list?
We’d love to collaborate and give you early access. Get in touch and shape the future of quantum‑enabled biological research with us.