Institute for Advanced Studies
- LANL Program Administrator
- Pam Hundley
- (505) 663-5453
Building regional partnerships in education, leveraging strengths of three research universities
The Institute for Advanced Studies (IAS) works with the three New Mexico research universities (University of New Mexico, New Mexico Tech, and New Mexico State University) to develop research and educational collaborations and partnerships.
To facilitate interactions between the universities and LANL, the three New Mexico schools established the New Mexico Consortium (NMC), a nonprofit corporation.
New Mexico Consortium goals:
- Leverage strengths of three research universities to achieve common goals
- Build joint programs in support of common interests
- Develop strategic partnerships with government, industry, and other universities in support of the partnership
- Provide common organization and facilities to support these initiatives
IAS's role: develop and manage interactions between LANL and NMC
The IAS and the NMC have created the framework for the development of joint research projects.
LANL staff can work part-time for the NMC on NMC projects that are of mutual benefit to the Laboratory and the NMC.
A number of LANL staff members have established joint research programs within the NMC.
The IAS oversees LANL staff participation in NMC projects. Programs must meet the following requirements:
- Proposed projects must have a clear benefit to LANL and the NMC.
- LANL management must pre-approve possible staff employment by the NMC before LANL staff members begin working on joint NMC proposals.
- Participation in the projects must not negatively impact partner institutions.
- Funding for joint projects should be through partner institutions and not through the NMC unless there is a compelling reason to support the program through the NMC.
- The combined effort for any LANL staff member working with the NMC cannot exceed 1.0 FTE.
- Employment by the NMC of LANL staff must not create a conflict of interest with LANL employment.
- All intellectual property (IP) produced by staff from partner institutions is assigned back to the home institution unless a project-specific agreement is put in place with the NMC before the IP is developed.
The purpose of the NMC is to facilitate collaborations among the partnership. These collaborations are structured to optimize the benefit to the partnerships and the competitiveness of the proposal by using many different mechanisms. NMC can team on proposals with funding going separately to each partner institution, either directly from the sponsor or indirectly as a subcontractor from the proposal’s lead institution.
The NMC supports a wide range of research. For access to the full websites for current initiatives, LANL staff can join the NMC network. This network provides information about New Mexico university and LANL staff research interests in these areas, research working groups, external funding targets, workshops and conferences, and other information about these initiatives.
Current collaborations with New Mexico Consortium
The Ultrascale Systems Research Center (USRC) is a collaboration between the NMC and LANL to engage universities and industry nationally in support of exascale research. In its initial phase, USRC includes the following research topics as they relate to exascale:
- OS/systems/network software stacks
- Scalable and reliable runtimes and middleware
- Data intensive (DISC)
- Cyber security
The Parallel Reconfigurable Observational Environment (PRObE) is an NSF-sponsored project aimed at providing a large-scale, low-level systems research facility. It is a collaborative effort by the New Mexico Consortium, Los Alamos National Laboratory, Carnegie Mellon University, the University of Utah, and the University of New Mexico. It is housed at the NMC in the Los Alamos Research Park.
PRObE will provide a highly reconfigurable, remotely accessible and controllable environment that researchers can use to perform experiments that are not possible at a smaller scale. PRObE at full-production scale provides at least two 1024 node clusters, one of 200 nodes, and some smaller machines with extreme core count and bleeding-edge technology. The machines are retired large clusters donated by DOE facilities.