Quantum-Inspired Simulations for Aerospace with NLR

By leveraging tensor network technology, Fermioniq develops methods inspired by quantum computing to perform complex simulations on classical GPUs, bringing quantum level performance to existing computer systems. 

Together with NLR (Royal Netherlands Aerospace Centre), this technology is now being evaluated within an aerospace context. The focus is on airflow simulations, which is one of the more demanding challenges in computational fluid dynamics due to the high resolution required to adequately resolve turbulent flow structures

Our approach enables the compression of large scale calculations, which supports higher resolution simulations needed for accurate airflow simulation within existing memory limitations. 

Through its startup programme, NLR actively supports emerging technology, providing access to domain expertise and scientific guidance. This approach allows startups like Fermioniq to evaluate their solutions in real world industrial contexts. 

Through this programme, we are:

• Validating our simulations against established scientific benchmarks on channel flow simulations.

• Replicating reference results to evaluate accuracy and consistency.

• Identifying where our technology delivers the most value in aerospace applications.

  
  

In addition to validation, this collaboration provides an evaluation of the technology in a regulated industry environment, which is an important step in understanding its practical use. 

This partnership also connects Fermioniq to a broader network of industry and research organisations, supporting further development and opening doors to collaborations with industry leaders. 

This project highlights the importance of combining deep-tech innovation with domain expertise. By bridging the gap between quantum theory and industrial practice, we are spearheading the translation of advanced concepts into practical application.