Multiple, generously funded postdoc/PhD positions are available to improve the functionality and efficiency of the MRCC program suite.
Current research and development directions include:
- parallel, reduced-cost, and reduced-scaling perturbation theory and coupled-cluster approaches (including closed shell, open-shell, and multi-reference systems) for ground and excited states, as well as for molecular properties
- new, accurate, and efficient DFT methods for ground and excited states and molecular properties, including hybrid wave function and DFT approaches, as well as multi-level and embedding methods
- interest in development of other methods and features as well as high-impact applications using MRCC can also be consideredMore details on some of the development and application projects are collected here:
www.fkt.bme.hu/~theoreticalchem/index.php/open-positions
For additional information or statement of interest, please contact Peter Nagy via e-mail (subject "MRCC development").Best regards,
Peter Nagy and Mihaly Kallay
