Details
- Pasqal and True Nexus report a September 2026 milestone: encoding selected protein structures linked to protein gelation on Pasqal's neutral-atom quantum processors in Riyadh.
- The collaboration combines Pasqal's neutral-atom quantum computing with True Nexus's AI-driven protein intelligence platform to study how protein structure governs gelation behavior.
- The work targets making protein functionality—gelation, binding, foaming and texture—computationally accessible and ultimately programmable, addressing long-standing limits of classical modeling and lab trial-and-error.
- This milestone builds on their April 2026 strategic collaboration and is framed as a flagship project under Saudi Arabia's MCIT, aligned with Vision 2030 and a proposed Saudi Quantum DeepTech Foundry.
- The partners are aiming at a global protein economy projected around USD 1 trillion by 2030, with potential impact on plant-based, halal and regionally grown proteins that currently lack robust design tools.
Impact
The Pasqal–True Nexus milestone positions neutral-atom quantum computing as a practical tool for modeling complex food protein functionality, advancing the use of quantum and AI in life sciences and biotech. By linking protein structure to performance in silico, it could accelerate design of plant-based and novel proteins and bolster Saudi Arabia's push to become a regional hub for applied quantum and AI over the next 12–24 months.
