Dynex, a Quantum-as-a-Service (QaaS) technology provider, has partnered with the Heart Institute (InCor) at the University of São Paulo Medical School to transform healthcare artificial intelligence (AI).

The collaboration focuses on enhancing the deployment of large language models (LLMs) in the healthcare sector.

Dynex’s scalable and accessible neuromorphic quantum computing powers precision medicine and improves clinical workflows.  

InCor, a specialised hospital focusing on cardiology, pulmonology, and cardiac and thoracic surgeries, will use Dynex’s technology to train AI models on healthcare data, advance precision medicine and streamline clinical workflows.  

The collaboration between Dynex and InCor aims to optimise healthcare workflows, improve clinical decision-making, and enhance patient outcomes.

By leveraging Dynex’s quantum-inspired emulation, the initiative also reduces energy consumption and operational costs.

In future, the partnership will explore integrating neuromorphic computing into genomic research, addressing scalability challenges, and driving advancements in personalised medicine.

InCor genetics and molecular medicine full professor Jose Eduardo Krieger said: “Dynex’s innovation will enable the training of advanced AI models developed by InCor, enhancing efficiency, measurability and unlocking numerous additional possibilities.”

Dynex’s QaaS technology is said to solves real-world problems at scale. Its platform harnesses neuromorphic quantum computing to emulate quantum behaviours, enabling scalability of up to one million qubits.

This architecture is designed for real-world applications like optimisation and machine learning, making it perfect for tackling complex healthcare challenges efficiently and cost-effectively.

Within the Dynex Ecosystem, Dynex Moonshots acts as the strategic, investment, and ethical steward, driving quantum technology to deliver new solutions across nature, health, society, and space.

Dynex co-founder and Dynex Moonshots mission leader Daniela Herrmann said: “Our collaboration with InCor demonstrates how quantum-inspired technologies can address critical challenges in healthcare.

“Neuromorphic quantum computing offers transformative possibilities for advancing precision medicine and improving clinical workflows.”