Rice University and Max Planck Society Launch Q-RaMP Initiative to Accelerate Quantum Materials Discovery

Rice University and the German Max Planck Society have officially finalized a transnational research pact to establish the Quantum Materials - Rice and Max Planck Partnership (Q-RaMP). Formally signed in Paris by Rice President Reginald DesRoches and Max Planck Society Vice President Claudia Felser, the programmatic framework brings together solid-state physicists, materials scientists, and computational engineering teams. The partnership addresses a fundamental bottleneck in quantum information science: the challenge of translating abstract theoretical physics models into stable, physical quantum crystals capable of operating inside industrial energy, sensing, and computational hardware stacks.

[ Q-RaMP Institutional Consortium ] Core Hubs ──► Rice Center for Quantum Materials & 5 specialized Max Planck Institutes. Operational Mandate ──► Discovery, crystallization, and validation of topological/chiral quantum materials. Talent Architecture ──► Joint tenure-track faculty appointments and continuous graduate exchange programs. Primary Objectives ──► High-efficiency classical/quantum information processing and sustainable energy.

The physical focus of Q-RaMP targets the structural isolation and macro-scale synthesis of complex quantum structures, such as chiral topological crystals (e.g., platinum-gallium configurations (PtGa)). While mathematical simulations reliably predict the existence of materials possessing zero-resistance electron pathways or unique spin-polarized transport properties, synthesizing these materials without structural defects remains an extraordinarily difficult task. By linking the dynamic tenure-track research culture of leading U.S. laboratories with the long-term, curiosity-driven funding model of the Max Planck Society, the initiative assembles the infrastructure necessary to accelerate physical materials discovery.

The programmatic operations will be distributed across the Rice Center for Quantum Materials and five specialized Max Planck entities:

• Max Planck Institute for Chemical Physics of Solids (Dresden)

• Max Planck Institute for the Structure and Dynamics of Matter (Hamburg)

• Max Planck Institute for Solid State Research (Stuttgart)

• Max Planck Institute for Microstructure Physics (Halle)

• Max Planck Institute for the Physics of Complex Systems (Dresden)

Supervised by founding director Emilia Morosan alongside MPI Managing Director Philip Moll, Q-RaMP is prioritizing human capital development as its primary mechanism for long-term scalability. Rather than restricting collaboration to isolated research papers, the framework integrates joint workshop cycles, co-appointed international faculty members, and fully funded graduate student exchange pathways. This structured cross-pollination provides early-career researchers with direct access to advanced thin-film deposition cleanrooms, ultra-low temperature spectroscopy laboratories, and high-density materials modeling supercomputers to build the specialized workforce required for the emerging quantum economy.

The official partnership parameters, institutional agreements, and academic roadmap details can be reviewed through the Rice University Newsroom here and audited via the Max Planck Society Research Bureau here.

July 8, 2026