Pasqal partners with True Nexus on quantum food protein design

Quantum computing firm Pasqal has teamed up with computational intelligence specialist True Nexus to tackle a challenging problem in alternative food development: accurately predicting how proteins behave in complex food systems. The collaboration, announced this week, aims to leverage Pasqal’s neutral-atom quantum processors to address protein modeling challenges that have traditionally stumped classical computing methods. Pasqal also recently unveiled plans to go public through a merger with Bleichroeder Acquisition Corp. II.

For engineers and developers in food technology, computational biology, and quantum simulation, this partnership underscores the increasing significance of quantum hardware in modeling intricate molecular interactions. The project signifies a step forward in utilizing cutting-edge technology to revolutionize the understanding of protein behavior in food systems.

Quantum modeling for food proteins is at the core of the collaboration between Pasqal and True Nexus. The focus will be on modeling protein functionality, particularly in terms of gelation, texture, and behavior within multi-ingredient food environments. These properties play a crucial role in developing viable alternatives to animal-derived proteins, making this research essential for the future of sustainable food production.

As part of their joint efforts, Pasqal and True Nexus are set to construct what they describe as the first fully vectorized, dynamic 3D model of protein gelation. This model will integrate various data layers, including protein extraction parameters, molecular structure, processing conditions, environmental factors, and the specific requirements of different food applications. The aim is to provide a comprehensive understanding of protein behavior that can drive innovation in the food industry.

“For years, the industry has grappled with a lack of comprehensive computational insights into protein behavior,” noted Dominik Grabinski, CEO of True Nexus. “By partnering with Pasqal, we can now model protein functionality with an unprecedented level of accuracy. This breakthrough has the potential to revolutionize the sector, moving it from trial-and-error approaches to precise design strategies.”

Tackling complexity with quantum processors

Pasqal’s neutral-atom quantum computing platform is positioned to capture interactions and variables with a level of detail that surpasses the capabilities of classical simulations, according to the partners. “Quantum computing empowers us to address complexities that have hindered innovation for decades,” stated Wasiq Bokhari, CEO of Pasqal. “In collaboration with True Nexus, we are facilitating a more scalable, design-oriented approach to sustainable protein development.”

The ultimate objective is to establish a benchmark model for protein functionality that can be utilized by food and ingredient companies in crop development, seed optimization, and protein design via precision fermentation. If successful, this approach could help overcome a persistent challenge in alternative protein development: replicating the functional attributes of animal proteins in plant-based food products.