Eigensolvers: from high performance computing to quantum computation

OTI Lumionics对开发适用于生产更节能的有机发光二极管(OLED)的材料感兴趣。量子化学模拟是寻找更好的有机化合物的核心。该研究项目专注于开发有效的线性代数算法来解决与量子化学相关的问题。我们将探索传统的高性能计算技术和新兴的量子计算技术。这些结果将保证准确和快速地寻找适合于OLED的有机化合物。OTI Lumionics团队将提供与公司特定问题相关的哈密顿模型的矩阵元素和希尔伯特空间结构，而Roy团队将提供高性能计算和量子动力学方面的专业知识，尤其是线性代数。

OTI Lumionics is interested in developing materials suitable for producing more energy efficient organic lightemitting diodes (OLEDs). Quantum chemistry simulations are at the heart of this search for better organiccompounds. The research project focuses on the develop of efficient linear algebra algorithms to solveproblems related to quantum chemistry. Both traditional high performance computing techniques and emergingquantum computing technologies will be explored. These results will promise accurate and rapid searches oforganic compounds suitable for OLEDs. The OTI Lumionics team will provide the matrix elements and Hilbertspace structure of model Hamiltonians relevant to the company specific problem while the Roy group willprovide expertise in high performance computing and quantum dynamics with a special focus on linear algebra.